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·YgV?C6HZϨ?Jʂ-ܘCтvG˪*/&+l8abﳎcQ z(U'Ͽx+-D/Q/܀vA\"К- .>7"I? nؗ@ 区)AlRrK;ƲH$kXN%86޺f5ͯ\CIw麒xѽ kbZ7v3I^$&I!S#XftۍfۈC P x?Ѣx 3Rq]k!A@ 8|Ƅq$329YoXi"8S# J!nDɹKZ "fۚڛ$V:n W<'BIYZE4UD d:V"LGUM~hPa9g5$UȠ%!J`*Z$sE3]]s^E߈/Yf"6I RL%b{Sj"nDXUCN8Ȉi]8pDb鴥ę/2!ec HEL2es(IbgT({4zw7*'~'r/uhc-HFN׍ +/Jۋ=rܫXv1tRZEhS#>..R+1}:aЊE, (;C{?VciHbxоj;#p_8u 5+p'+?ڨC"w*k/".ple@*s~<h%aB>7?l@ YŅF8o 6I@8o&hc)EWSOuJH,e7,!O tPp v;+&mQ45L%oJ@ ,[* Y39֥Fj(2dt/L*]..f^&S*М ]nNZ*|ˋ( ,K8L1yiOsE4 "[;ObB!]eD?(hps:Fg*E93KȩEhwq۬K3QRYVU>T`]em5SȖ{g(eVkGAqL,Ked"s54Z)x`b'KSO.q3*}}cj_/dM89Wם7NTfxk$>?܄2ո} z=@17|'bj TYWXJ!@4Q6 9sb/)5ptCm5zc6Є f{Ԉ6<n[ R漋\lqDnw\ p:}T ="ow Ϯ+BBA[٘hT0e_ d|M:6}I{͓'=12(Y9H[vY %R<0 FF \-6qQ'.|NW2)`u](qN)u<:rUS5uĪ6{?s:DA<@]ciۛ8ը0@ q)Gb:(<=v6q;.MjW`+q׏|Fvil!a'<)RV5nZU]D v]u]$>AJdoB,ԥj&-!+!8?N)4| ';/ V^ȎjweuͶ /F50!ߋeCb2B~܈;> _wS? =ELl%>oOQ'H# ʪ̡4B%P[ ]V?9"-P}ɗ'G'[o>nIqM!$b \iu[,h;ONM yI{b kB~6' cH.<PKŬp%hnPK?qTK\w fileversionPK?qTK\Ŭp%hn Pdmodel.xmlPKqhPKP9i4iPKP\ dmodel.xml -1 automatic COMSOL Multiphysics 6.3 (Build: 420) SI 16078919 savepoint2 savepoint1 1979 savepoint2 savepoint2 savepoint1 savepoint1 geom1 mesh1 geom1 mesh1 false false false false false false false false true NOREMOVE|NORETAG|NODEACTIVATE /geom/geom1 semi NOREMOVE|NORETAG|NODEACTIVATE electricpotential 1,'V' V NOREMOVE|NORETAG|NODEACTIVATE dimensionless_n 1,'Ne' Ne NOREMOVE|NORETAG|NODEACTIVATE dimensionless_p 1,'Ph' Ph NOREMOVE|NORETAG|NODEACTIVATE electricpotential_Efn 1,'Efn_' Efn_ NOREMOVE|NORETAG|NODEACTIVATE electricpotential_Efp 1,'Efp_' Efp_ NOREMOVE|NORETAG|NODEACTIVATE electricpotential_phi_n 1,'phi_n' phi_n NOREMOVE|NORETAG|NODEACTIVATE electricpotential_phi_p 1,'phi_p' phi_p NOREMOVE|NORETAG|NODEACTIVATE currentdensity_n 3,'JnX','JnY','JnZ' Jn NOREMOVE|NORETAG|NODEACTIVATE currentdensity_p 3,'JpX','JpY','JpZ' Jp NOREMOVE|NODEACTIVATE /StudyList/std3/StudyFeatureList/stat NOREMOVE|NODEACTIVATE 1 true NOREMOVE|NODEACTIVATE /StudyList/std3/StudyFeatureList/stat 2,'VOID','GEOMETRY' NOREMOVE|NODEACTIVATE 0 true NOREMOVE|NODEACTIVATE /StudyList/std3/StudyFeatureList/stat 1,'EXTERIOR' NOREMOVE|NODEACTIVATE 0 true NOREMOVE|NODEACTIVATE /StudyList/std3/StudyFeatureList/stat 1,'DOMAINTYPECONDITION' NOREMOVE|NODEACTIVATE 0 true NOREMOVE|NODEACTIVATE /StudyList/std3/StudyFeatureList/stat 1,'DOMAINTYPECONDITION' NOREMOVE|NODEACTIVATE 0 true NOREMOVE|NODEACTIVATE /StudyList/std3/StudyFeatureList/stat 1,'DOMAINTYPECONDITION' NOREMOVE|NODEACTIVATE 1 true NOREMOVE|NODEACTIVATE /StudyList/std3/StudyFeatureList/stat  2,'VOID','GEOMETRY' 1 NOREMOVE|NODEACTIVATE /StudyList/std3/StudyFeatureList/stat 1,'DOMAINTYPECONDITION' 1 NOREMOVE|NODEACTIVATE /StudyList/std3/StudyFeatureList/stat 1,'DOMAINTYPECONDITION' 0 NOREMOVE|NODEACTIVATE /StudyList/std3/StudyFeatureList/stat 1,'DOMAINTYPECONDITION' 1 NOREMOVE|NODEACTIVATE /StudyList/std3/StudyFeatureList/stat 1,'DOMAINTYPECONDITION' 1 NOREMOVE|NODEACTIVATE /StudyList/std3/StudyFeatureList/stat 1,'DOMAINTYPECONDITION' 0 NOREMOVE|NODEACTIVATE /StudyList/std3/StudyFeatureList/stat 1,'DOMAINTYPECONDITION' 0 NOREMOVE|NODEACTIVATE /StudyList/std3/StudyFeatureList/stat 1,'DOMAINTYPECONDITION' 1 NOREMOVE|NODEACTIVATE /StudyList/std3/StudyFeatureList/stat 1,'DOMAINTYPECONDITION' NODEACTIVATE /modelNode/comp1 1,0,1849117265,681168415 deg {0,1,2,3},{0,1,2} {0,1,2,3},{0,1,2} /geom/geom1/feature/i2 false /frame/geometry1 /geom/geom1/geomnative comsol /geom/geom1/feature/fin µm /frame/material1 /frame/mesh1 1 /frame/spatial1 1 STANDARD true 1 3,2 3,2 0 true true 1.0 1.0E-10 0.0,1.0 solid true[deg]specifycoordcoordsourcetablecoord0.0|0.3|geomattrgeomattrlevel 2 BUILT BUILT -6558063387161869820 true 38,'p:specify','p:coordsource','p:coordexcelfilename','p:coordexcelsheet','p:coordexcelrange','p:coordexcelincludeheaders','p:coordexcelseparateunits','p:coordexceloverwrite','p:coordexcelcalculatedvalues','p:coordvec_vector_method','p:coordvec_vector_start','p:coordvec_vector_stop','p:coordvec_vector_step','p:coordvec_vector_numvalues','p:coordvec_vector_function','p:coordvec_vector_interval','p:coordvec_vector_freqperdec','p:left','p:lensource','p:lenexcelfilename','p:lenexcelsheet','p:lenexcelrange','p:lenexcelincludeheaders','p:lenexcelseparateunits','p:lenexceloverwrite','p:lenexcelcalculatedvalues','p:lenvec_vector_method','p:lenvec_vector_start','p:lenvec_vector_stop','p:lenvec_vector_step','p:lenvec_vector_numvalues','p:lenvec_vector_function','p:lenvec_vector_interval','p:lenvec_vector_freqperdec','p:selresult','p:selresultshow','p:geomattr','p:geomattrlevel' NORETAG 2,0,-1526918120,-314913886 1 2,1 2,1 0 true true 0.3 1.0E-10 0.0,0.3 solid NORETAG 1 2,1 2,1 0 true true 0.3 1.0E-10 0.0,0.3 solid true[deg]specifycoordcoordsourcetablecoord0.3|1.0|geomattrgeomattrlevel 3 BUILT BUILT 3327047972630123684 true 38,'p:specify','p:coordsource','p:coordexcelfilename','p:coordexcelsheet','p:coordexcelrange','p:coordexcelincludeheaders','p:coordexcelseparateunits','p:coordexceloverwrite','p:coordexcelcalculatedvalues','p:coordvec_vector_method','p:coordvec_vector_start','p:coordvec_vector_stop','p:coordvec_vector_step','p:coordvec_vector_numvalues','p:coordvec_vector_function','p:coordvec_vector_interval','p:coordvec_vector_freqperdec','p:left','p:lensource','p:lenexcelfilename','p:lenexcelsheet','p:lenexcelrange','p:lenexcelincludeheaders','p:lenexcelseparateunits','p:lenexceloverwrite','p:lenexcelcalculatedvalues','p:lenvec_vector_method','p:lenvec_vector_start','p:lenvec_vector_stop','p:lenvec_vector_step','p:lenvec_vector_numvalues','p:lenvec_vector_function','p:lenvec_vector_interval','p:lenvec_vector_freqperdec','p:selresult','p:selresultshow','p:geomattr','p:geomattrlevel' NORETAG 3,0,774638720,1791974978 1 2,1 2,1 0 true true 1.0 1.0E-10 0.3,1.0 solid NORETAG 1 2,1 2,1 0 true true 1.0 1.0E-10 0.3,1.0 solid NOREMOVE|NORETAG|NODEACTIVATE true[deg]actionuniondesignbooloffrepairtoltypeautogeomrepcomsol 1 BUILT BUILT 7941898182105977471 true 11,'p:action','p:designbool','p:imprint','p:createpairs','p:splitpairs','p:pairtype','p:frame','p:repairtoltype','p:repairtol','p:absrepairtol','p:geomrep' NORETAG 1,0,1849117265,681168415 1 3,2 3,2 0 true true 1.0 1.0E-10 0.0,1.0 solid /geom/geom1 NOREMOVE|NODEACTIVATE /StudyList/std3/StudyFeatureList/stat FIXED_REF /frame/geometry1 /geom/geom1 false NOREMOVE|NODEACTIVATE /StudyList/std3/StudyFeatureList/stat FIXED_REF /frame/material1 /geom/geom1 false NOREMOVE|NODEACTIVATE /StudyList/std3/StudyFeatureList/stat FIXED_REF /frame/mesh1 /geom/geom1 1 false NOREMOVE|NODEACTIVATE /StudyList/std3/StudyFeatureList/stat /view/view1 NODEACTIVATE /geom/geom1 1 true 11,'p:showlabels','p:showDirections','p:showunits','p:plotgroupunits','p:locked','p:istemporary','p:hidestatus','p:isnew','p:postviewkey','p:workplaneclip','p:workplaneshowgizmo' NOREMOVE|NODEACTIVATE 10,'p:manualgrid','p:xspacing','p:xextra_vector_method','p:xextra_vector_start','p:xextra_vector_stop','p:xextra_vector_step','p:xextra_vector_numvalues','p:xextra_vector_function','p:xextra_vector_interval','p:xextra_vector_freqperdec' NOREMOVE|NORETAG 3,'p:quantity','p:showOnlyNeeded','p:modified' /modelNode/comp1 mat1 51,'p:bndType','p:thickness','p:sys','p:middlePlane','p:offset','p:hiddenCardSwitcher','p:stack','p:stackAlign','p:orientLine','p:orientDist','p:widthRatio','p:showLabels','p:family','p:customize','p:color','p:customcolor','p:customspecular','p:diffuse','p:customdiffuse','p:ambient','p:customambient','p:basis','p:scale','p:origin','p:basisx','p:specifybasisy','p:basisy','p:noise','p:normalnoisetype','p:noisescale','p:normalnoisebrush','p:colornoise','p:colornoisetype','p:colornoisescale','p:colornoisebrush','p:customnoisecolor','p:colornoisenormalscale','p:transparency','p:uniformblending','p:anisotropy','p:flipanisotropy','p:anisotropyaxis','p:metallic','p:pearl','p:clearcoat','p:showambientscale','p:ambientscale','p:shininess','p:phase','p:orientation','p:info' NOREMOVE|NORETAG def NOREMOVE|NODEACTIVATE NORETAG SemicondMaterial temperature Eg0 chi0 Nv Nc mun mup NOREMOVE|NODEACTIVATE Semiconductors
Baidu
 NORETAG JainRoulstonModel An_jr Bn_jr Cn_jr Ap_jr Bp_jr Cp_jr Nref_jr alpha_jr NOREMOVE|NODEACTIVATE Semiconductors/Band-gap_narrowing_models
Baidu
 NORETAG SRH taun taup NOREMOVE|NODEACTIVATE Semiconductors/Generation-Recombination
Baidu
 NORETAG Auger Cn Cp NOREMOVE|NODEACTIVATE Semiconductors/Generation-Recombination
Baidu
 /modelNode/comp1 mat2 51,'p:bndType','p:thickness','p:sys','p:middlePlane','p:offset','p:hiddenCardSwitcher','p:stack','p:stackAlign','p:orientLine','p:orientDist','p:widthRatio','p:showLabels','p:family','p:customize','p:color','p:customcolor','p:customspecular','p:diffuse','p:customdiffuse','p:ambient','p:customambient','p:basis','p:scale','p:origin','p:basisx','p:specifybasisy','p:basisy','p:noise','p:normalnoisetype','p:noisescale','p:normalnoisebrush','p:colornoise','p:colornoisetype','p:colornoisescale','p:colornoisebrush','p:customnoisecolor','p:colornoisenormalscale','p:transparency','p:uniformblending','p:anisotropy','p:flipanisotropy','p:anisotropyaxis','p:metallic','p:pearl','p:clearcoat','p:showambientscale','p:ambientscale','p:shininess','p:phase','p:orientation','p:info' NOREMOVE|NORETAG def NOREMOVE|NODEACTIVATE NORETAG AroraMobilityModel mun0_ref_arora mup0_ref_arora mun_min_ref_arora mup_min_ref_arora Nn0_ref_arora Np0_ref_arora alpha0_arora beta1_arora beta2_arora beta3_arora beta4_arora Tref_arora NOREMOVE|NODEACTIVATE Semiconductors/Mobility_models
Baidu
 NORETAG PowerLawMobilityModel mun0_pl mup0_pl alphan_pl alphap_pl Tref_pl NOREMOVE|NODEACTIVATE Semiconductors/Mobility_models
Baidu
 NORETAG Auger Cn Cp NOREMOVE|NODEACTIVATE Semiconductors/Generation-Recombination
Baidu
 NORETAG Direct C NOREMOVE|NODEACTIVATE Semiconductors/Generation-Recombination
Baidu
 NORETAG SRH taun taup NOREMOVE|NODEACTIVATE Semiconductors/Generation-Recombination
Baidu
 NORETAG FletcherMobilityModel F1_fl F2_fl Tref_fl NOREMOVE|NODEACTIVATE Semiconductors/Mobility_models
Baidu
 NORETAG CaugheyThomasMobilityModel alphan0_ct alphap0_ct vn0_ct vp0_ct betan1_ct betap1_ct betan2_ct betap2_ct Tref_ct NOREMOVE|NODEACTIVATE Semiconductors/Mobility_models
Baidu
 NORETAG SemicondMaterial temperature Eg0 chi0 Nv Nc mun mup NOREMOVE|NODEACTIVATE Semiconductors
Baidu
 NORETAG LombardiSurfaceMobilityModel deltan_ls deltap_ls mun1_ls mup1_ls mun2_ls mup2_ls alphan_ls alphap_ls Tref_ls Eref_ls Nref_ls NOREMOVE|NODEACTIVATE Semiconductors/Mobility_models
Baidu
 NORETAG ImpactIonization an ap bn bp cnii cpii dn dp NOREMOVE|NODEACTIVATE Semiconductors/Generation-Recombination
Baidu
 NORETAG SlotboomModel Eref_sb Nref_sb alpha_sb NOREMOVE|NODEACTIVATE Semiconductors/Band-gap_narrowing_models
Baidu
 NORETAG JainRoulstonModel An_jr Bn_jr Cn_jr Ap_jr Bp_jr Cp_jr Nref_jr alpha_jr NOREMOVE|NODEACTIVATE Semiconductors/Band-gap_narrowing_models
Baidu
 NORETAG KlaassenUnifiedMobilityModel T_ref_kl mu_e_max_kl mu_h_max_kl mu_e_min_kl mu_h_min_kl theta_e_kl theta_h_kl alpha_e_1_kl alpha_h_1_kl N_ref_e_1_kl N_ref_h_1_kl c_D_kl c_A_kl N_ref_D_kl N_ref_A_kl f_BH_kl f_CW_kl N_BH_kl P_CW_kl s_1_kl s_2_kl s_3_kl s_4_kl s_5_kl s_6_kl s_7_kl r_1_kl r_2_kl r_3_kl r_4_kl r_5_kl r_6_kl m_e_kl m_h_kl NOREMOVE|NODEACTIVATE Semiconductors/Mobility_models
Baidu
 comp1 true true 3,'x','y','z' 3,'X','Y','Z' 3,'Xg','Yg','Zg' 3,'Xm','Ym','Zm' /expr /geom /mesh /multiphysics /pair /physics /common /coordsys /cpl /emb /extraDim /func /material /probe /massProp /selection /view NODEACTIVATE /mesh/mesh1/feature/edg1 /mesh/mesh1/feature/edg1 /geom/geom1 3.0 AUTOMATIC {},{} -1499867893457922649 -4041564818552898000 /physics/semi true /mesh/mesh1 NOREMOVE|NORETAG|NODEACTIVATE true[deg]tablesemihmax0.002hmin4.0E-4hcurve0.25hnarrow1.0hgrad1.1extrHsh=0 BUILT BUILT /mesh/mesh1 6182421209364740738 3,'p:hnarrow','p:hgrad','p:custom' true[deg]tablesemihmax0.001hmaxactiveonhmin1.0E-4hminactiveonhcurve0.25hcurveactiveonhnarrow1.0hnarrowactiveonhgrad1.08hgradactiveonGEOMDIMgeom1[0][2, 3]extrHsh=0 BUILT BUILT /mesh/mesh1 417508682846863276 7,'p:hmaxactive','p:hminactive','p:hcurveactive','p:hnarrow','p:hnarrowactive','p:hgradactive','p:custom' true[deg]tablesemihmax4.0E-4hmaxactiveonhmin8.0E-5hminactiveonhcurve0.2hcurveactiveonhnarrow1.0hnarrowactiveonhgrad1.05hgradactiveonGEOMDIMgeom1[0][1]extrHsh=0 BUILT BUILT /mesh/mesh1 6835481253405687635 7,'p:hmaxactive','p:hminactive','p:hcurveactive','p:hnarrow','p:hnarrowactive','p:hgradactive','p:custom' {1,2,3},{1,2} true[]MESHREMAININGextrHsh=0 BUILT BUILT /mesh/mesh1 -6217714429285340511 5,'p:buildnotex','p:buildnote','p:builddetails','p:buildoutputx','p:buildoutput' 1 3,2 3,2 0 true 1.0 1.0E-10 0.0,1.0 solid /batch OBJECTIVE /optsequence NODEACTIVATE false 21833 1770786355956 COMSOL 6.3.0.420 1,'std1' true[]usestoloffgeometricNonlinearityoffgeometricNonlinearityActiveoffupdateOptimizationSettingsoffftplistmethodignoreoutputhideoffplotoffprobeselallprobefreqpoutactivatesemi|on|frame:spatial1|on|frame:material1|on|useadvanceddisableoffdisabledvariables[]disabledcoordinatesystems[]disabledcommondisabledpair[]disabledphysicsdisableFrameControldisabledcouplingdisabledreduceddisabledcomponentdiscretizationsemi|physics|frame:spatial1|physics|frame:material1|physics|equationformsemi|physics|frame:spatial1|physics|frame:material1|physics|shapeOrdercomp1|component|equationform_freqsemi|1[kHz]|frame:spatial1|0|frame:material1|0|activateCouplingactivateromactivateimagereconstructreconstructorsuseinitsoloffusesoloffoutputmapsemi|physics|frame:spatial1|physics|frame:material1|physics|outputselectionmapsemi||frame:spatial1||frame:material1||meshgeom1|mesh1|errestandadapnoneaccerrestaccrespairsaccerrpairsaccvarerrpairsauxsweepmethodignoreshowuseparamonuseparamonsweeptypesparsepnameVp|plistplistarr-2.0|-1.9|-1.8|-1.7|-1.6|-1.5|-1.4|-1.2999999999999998|-1.2|-1.1|-1.0|-0.8999999999999999|-0.7999999999999998|-0.7|-0.5999999999999999|-0.5|-0.3999999999999999|-0.2999999999999998|-0.19999999999999996|-0.09999999999999987|0.0|0.10000000000000009|0.20000000000000018|0.30000000000000027|0.40000000000000036|0.5|0.6000000000000001|0.7000000000000002|0.8000000000000003|0.9000000000000004|1.0|1.1|1.2000000000000002|1.3000000000000003|1.4000000000000004|1.5|1.6|1.7000000000000002|1.8000000000000003|1.9000000000000004|2.0|punitV|pcontinuationmodelastuseloadcaseoffshowpreusesoloffoptimizationoffkeepnotsolstaticoffpdistriboffautoremeshofftreeSelectionKeyequationFormCouplingColumn 152,'p:usestol','p:geometricNonlinearity','p:updateOptimizationSettings','p:ftplistmethod','p:outputhide','p:plot','p:probesel','p:probefreq','p:physselection','p:useadvanceddisable','p:disabledcommon','p:disabledphysics','p:disableFrameControl','p:disabledcoupling','p:disabledreduced','p:disabledcomponent','p:discretization_proxy','p:equationform_proxy','p:equationform_freq_proxy','p:reconstructors_proxy','p:shapeOrder_proxy','p:multiphysicsSelection','p:activateCoupling','p:romselection','p:activaterom','p:activateimagereconstruct','p:reconstructables','p:reconstructors','p:useinitsol','p:initmethod','p:initstudyhide','p:initsolhide','p:initsolusesolnumhide','p:initsolusesolnum','p:oldinitsoluse','p:initstudystep','p:solvertype','p:solnumhide','p:timeinterp','p:t','p:listsol','p:listsolnum','p:manualsol','p:manualsolnum','p:manualsolnum_vector_method','p:manualsolnum_vector_start','p:manualsolnum_vector_stop','p:manualsolnum_vector_step','p:manualsolnum_vector_numvalues','p:manualsolnum_vector_function','p:manualsolnum_vector_interval','p:manualsolnum_vector_freqperdec','p:usesol','p:notsolmethod','p:notstudyhide','p:notsolhide','p:notsolusesolnumhide','p:notsolusesolnum','p:oldnotsoluse','p:notstudystep','p:notsolvertype','p:notsolnumhide','p:nottimeinterp','p:nott','p:notlistsol','p:notlistsolnum','p:notmanualsol','p:notmanualsolnum','p:notmanualsolnum_vector_method','p:notmanualsolnum_vector_start','p:notmanualsolnum_vector_stop','p:notmanualsolnum_vector_step','p:notmanualsolnum_vector_numvalues','p:notmanualsolnum_vector_function','p:notmanualsolnum_vector_interval','p:notmanualsolnum_vector_freqperdec','p:outputSelectionProxy','p:geomselection','p:errestandadap','p:errestimerrest','p:goalfunctypeerrest','p:goalfuncpredeferrest','p:gfuncpderrest','p:gfintopserrest','p:gfuncerrest','p:errestim','p:goalfunctype','p:goalfuncpredef','p:gfuncpd','p:gfintops','p:gfunc','p:errorexpr','p:errexpractive','p:adderrestvars','p:savesolsref','p:adaptparamname','p:meshadaptmethod','p:goalorientedtermination','p:ngengroup','p:userngen','p:ngen','p:goalngengroup','p:goaluserngen','p:goalngen','p:goalorientedterminationtolerance','p:goalorientedtolerancetype','p:goalorientedterminationactive','p:goalorientedterminationexpression','p:goeplot','p:plotgroupgoe','p:window','p:goeloglevel','p:windowtitle','p:windowtitleactive','p:accerrest','p:accrespairs','p:accerrpairs','p:accvarerrpairs','p:auxsweepmethod','p:showuseparam','p:sweeptype','p:plistarrexcelfilename','p:plistarrexcelsheet','p:plistarrexcelrange','p:plistarrexcelincludeheaders','p:plistarrexcelseparateunits','p:plistarrexceloverwrite','p:plistarrexcelcalculatedvalues','p:plistarr_vector_method','p:plistarr_vector_start','p:plistarr_vector_stop','p:plistarr_vector_step','p:plistarr_vector_numvalues','p:plistarr_vector_function','p:plistarr_vector_interval','p:plistarr_vector_freqperdec','p:pcontinuationmode','p:useloadcase','p:loadcase','p:loadgroup','p:loadgroupweight','p:constraintgroup','p:lsqcont','p:lsqpcontinuation','p:hideinitvalue','p:initvallsq','p:showpreusesol','p:preusesol','p:optimization','p:keepnotsolstatic','p:pdistrib','p:autoremesh' 1,'std1/stat' Last_computation_time 22 s
Baidu
 Last_computation_date Feb 11, 2026, 10:35:55 AM
Baidu
 Computed_in_version COMSOL 6.3.0.420
Baidu
 NODEACTIVATE 1027 1770785555424 COMSOL 6.3.0.420 1,'std2' true[]usestoloffgeometricNonlinearityoffgeometricNonlinearityActiveoffupdateOptimizationSettingsoffftplistmethodmanualoutputhideoffplotoffprobeselallprobefreqpoutactivatesemi|on|frame:spatial1|on|frame:material1|on|useadvanceddisableoffdisabledvariables[]disabledcoordinatesystems[]disabledcommondisabledpair[]disabledphysicsdisableFrameControldisabledcouplingdisabledreduceddisabledcomponentdiscretizationsemi|physics|frame:spatial1|physics|frame:material1|physics|equationformsemi|physics|frame:spatial1|physics|frame:material1|physics|shapeOrdercomp1|component|equationform_freqsemi|1[kHz]|frame:spatial1|0|frame:material1|0|activateCouplingactivateromactivateimagereconstructreconstructorsuseinitsoloffusesoloffoutputmapsemi|physics|frame:spatial1|physics|frame:material1|physics|outputselectionmapsemi||frame:spatial1||frame:material1||meshgeom1|mesh1|errestandadapnoneaccerrestaccrespairsaccerrpairsaccvarerrpairsauxsweepmethodmanualshowuseparamonuseparamoffuseloadcaseoffshowpreusesoloffoptimizationoffkeepnotsolstaticoffpdistribofftreeSelectionKeyequationFormCouplingColumn 156,'p:usestol','p:geometricNonlinearity','p:updateOptimizationSettings','p:outputhide','p:plot','p:probesel','p:probefreq','p:physselection','p:useadvanceddisable','p:disabledcommon','p:disabledphysics','p:disableFrameControl','p:disabledcoupling','p:disabledreduced','p:disabledcomponent','p:discretization_proxy','p:equationform_proxy','p:equationform_freq_proxy','p:reconstructors_proxy','p:shapeOrder_proxy','p:multiphysicsSelection','p:activateCoupling','p:romselection','p:activaterom','p:activateimagereconstruct','p:reconstructables','p:reconstructors','p:useinitsol','p:initmethod','p:initstudyhide','p:initsolhide','p:initsolusesolnumhide','p:initsolusesolnum','p:oldinitsoluse','p:initstudystep','p:solvertype','p:solnumhide','p:timeinterp','p:t','p:listsol','p:listsolnum','p:manualsol','p:manualsolnum','p:manualsolnum_vector_method','p:manualsolnum_vector_start','p:manualsolnum_vector_stop','p:manualsolnum_vector_step','p:manualsolnum_vector_numvalues','p:manualsolnum_vector_function','p:manualsolnum_vector_interval','p:manualsolnum_vector_freqperdec','p:usesol','p:notsolmethod','p:notstudyhide','p:notsolhide','p:notsolusesolnumhide','p:notsolusesolnum','p:oldnotsoluse','p:notstudystep','p:notsolvertype','p:notsolnumhide','p:nottimeinterp','p:nott','p:notlistsol','p:notlistsolnum','p:notmanualsol','p:notmanualsolnum','p:notmanualsolnum_vector_method','p:notmanualsolnum_vector_start','p:notmanualsolnum_vector_stop','p:notmanualsolnum_vector_step','p:notmanualsolnum_vector_numvalues','p:notmanualsolnum_vector_function','p:notmanualsolnum_vector_interval','p:notmanualsolnum_vector_freqperdec','p:outputmap','p:outputSelectionProxy','p:geomselection','p:errestandadap','p:errestimerrest','p:goalfunctypeerrest','p:goalfuncpredeferrest','p:gfuncpderrest','p:gfintopserrest','p:gfuncerrest','p:errestim','p:goalfunctype','p:goalfuncpredef','p:gfuncpd','p:gfintops','p:gfunc','p:errorexpr','p:errexpractive','p:adderrestvars','p:savesolsref','p:adaptparamname','p:meshadaptmethod','p:goalorientedtermination','p:ngengroup','p:userngen','p:ngen','p:goalngengroup','p:goaluserngen','p:goalngen','p:goalorientedterminationtolerance','p:goalorientedtolerancetype','p:goalorientedterminationactive','p:goalorientedterminationexpression','p:goeplot','p:plotgroupgoe','p:window','p:goeloglevel','p:windowtitle','p:windowtitleactive','p:accerrest','p:accrespairs','p:accerrpairs','p:accvarerrpairs','p:showuseparam','p:useparam','p:sweeptype','p:pname','p:plistarrexcelfilename','p:plistarrexcelsheet','p:plistarrexcelrange','p:plistarrexcelincludeheaders','p:plistarrexcelseparateunits','p:plistarrexceloverwrite','p:plistarrexcelcalculatedvalues','p:plistarr','p:plistarr_vector_method','p:plistarr_vector_start','p:plistarr_vector_stop','p:plistarr_vector_step','p:plistarr_vector_numvalues','p:plistarr_vector_function','p:plistarr_vector_interval','p:plistarr_vector_freqperdec','p:punit','p:pcontinuationmode','p:pcontinuation','p:useloadcase','p:loadcase','p:loadgroup','p:loadgroupweight','p:constraintgroup','p:lsqcont','p:lsqpcontinuation','p:hideinitvalue','p:initvallsq','p:showpreusesol','p:preusesol','p:optimization','p:keepnotsolstatic','p:pdistrib','p:autoremesh' 1,'std2/semie' Last_computation_time 1 s
Baidu
 Last_computation_date Feb 11, 2026, 10:22:35 AM
Baidu
 Computed_in_version COMSOL 6.3.0.420
Baidu
 NODEACTIVATE /soldata/sol8 /sol/sol1/feature/s1 /soldata/savepoint1 /study/std1 0 SEQUENCE true 0 3 1,'Vp' 1,'V' 0 -2.0,-1.9,-1.8,-1.7,-1.6,-1.5,-1.4,-1.2999999999999998,-1.2,-1.1,-1.0,-0.8999999999999999,-0.7999999999999998,-0.7,-0.5999999999999999,-0.5,-0.3999999999999999,-0.2999999999999998,-0.19999999999999996,-0.09999999999999987,0.0,0.10000000000000009,0.20000000000000018,0.30000000000000027,0.40000000000000036,0.5,0.6000000000000001,0.7000000000000002,0.8000000000000003,0.9000000000000004,1.0,1.1,1.2000000000000002,1.3000000000000003,1.4000000000000004,1.5,1.6,1.7000000000000002,1.8000000000000003,1.9000000000000004,2.0 0 0 1|0 NONE SI 1,'Vp' 1,'V' 0 -2.0,-1.9,-1.8,-1.7,-1.6,-1.5,-1.4,-1.2999999999999998,-1.2,-1.1,-1.0,-0.8999999999999999,-0.7999999999999998,-0.7,-0.5999999999999999,-0.5,-0.3999999999999999,-0.2999999999999998,-0.19999999999999996,-0.09999999999999987,0.0,0.10000000000000009,0.20000000000000018,0.30000000000000027,0.40000000000000036,0.5,0.6000000000000001,0.7000000000000002,0.8000000000000003,0.9000000000000004,1.0,1.1,1.2000000000000002,1.3000000000000003,1.4000000000000004,1.5,1.6,1.7000000000000002,1.8000000000000003,1.9000000000000004,2.0 0 0 1|0 PARAMETRIC SI <StudyStep><StudyStep_VALID><![CDATA[true]]></StudyStep_VALID><StudyStep_study><![CDATA[studystd1]]></StudyStep_study><StudyStep_studystep><![CDATA[studystepstat]]></StudyStep_studystep><StudyStep_useForModelReduction><![CDATA[useForModelReductionon]]></StudyStep_useForModelReduction><StudyStep_splitcomplex><![CDATA[splitcomplexoff]]></StudyStep_splitcomplex><StudyStep_partmethod><![CDATA[partmethodparent]]></StudyStep_partmethod><StudyStep_assempara><![CDATA[assemparaon]]></StudyStep_assempara><StudyStep_saveprevioussolution><![CDATA[saveprevioussolutionoff]]></StudyStep_saveprevioussolution><StudyStep_useent><![CDATA[useentall]]></StudyStep_useent><StudyStep_keeplog><![CDATA[keeplogoff]]></StudyStep_keeplog><StudyStep_const><![CDATA[const{}]]></StudyStep_const><StudyStep_SUBFEATURES></StudyStep_SUBFEATURES><StudyStep_EDITED>false</StudyStep_EDITED></StudyStep> BUILT true 0 0 12,'p:unredstudy','p:unredstep','p:useForModelReduction','p:splitcomplex','p:partmethod','p:assempara','p:saveprevioussolution','p:useent','p:keeplog','p:const','p:changedproperties','p:lastchangedproperty' <Variables><Variables_VALID><![CDATA[true]]></Variables_VALID><Variables_initmethod><![CDATA[initmethodinit]]></Variables_initmethod><Variables_initsol><![CDATA[initsolzero]]></Variables_initsol><Variables_solvertype><![CDATA[solvertypenone]]></Variables_solvertype><Variables_timeinterp><![CDATA[timeinterpoff]]></Variables_timeinterp><Variables_manualsol><![CDATA[manualsoloff]]></Variables_manualsol><Variables_listsol><![CDATA[listsoloff]]></Variables_listsol><Variables_scalemethod><![CDATA[scalemethodauto]]></Variables_scalemethod><Variables_resscalemethod><![CDATA[resscalemethodauto]]></Variables_resscalemethod><Variables_resscalethresh><![CDATA[resscalethresh100.0]]></Variables_resscalethresh><Variables_notsolmethod><![CDATA[notsolmethodinit]]></Variables_notsolmethod><Variables_notsol><![CDATA[notsolzero]]></Variables_notsol><Variables_notsolvertype><![CDATA[notsolvertypenone]]></Variables_notsolvertype><Variables_nottimeinterp><![CDATA[nottimeinterpoff]]></Variables_nottimeinterp><Variables_notmanualsol><![CDATA[notmanualsoloff]]></Variables_notmanualsol><Variables_notlistsol><![CDATA[notlistsoloff]]></Variables_notlistsol><Variables_initparametersmethod><![CDATA[initparametersmethodauto]]></Variables_initparametersmethod><Variables_keeplog><![CDATA[keeplogoff]]></Variables_keeplog><Variables_const><![CDATA[const{}]]></Variables_const><Variables_storesol><![CDATA[storesolinit]]></Variables_storesol><Variables_SUBFEATURES><Field><Field_VALID><![CDATA[true]]></Field_VALID><Field_comp><![CDATA[comp{comp1.Ne¤}]]></Field_comp><Field_compintuse><![CDATA[compintuseoff]]></Field_compintuse><Field_compintstatuse><![CDATA[compintstatuseoff]]></Field_compintstatuse><Field_solvefor><![CDATA[solveforon]]></Field_solvefor><Field_reconstruct><![CDATA[reconstructnone]]></Field_reconstruct><Field_usestoresel><![CDATA[usestoreselall]]></Field_usestoresel><Field_valuetype><![CDATA[valuetypecomplex]]></Field_valuetype><Field_variables><![CDATA[variablescomp1_Ne]]></Field_variables><Field_scalemethod><![CDATA[scalemethodparent]]></Field_scalemethod><Field_resscalemethod><![CDATA[resscalemethodparent]]></Field_resscalemethod><Field_SUBFEATURES></Field_SUBFEATURES><Field_EDITED>false</Field_EDITED></Field><Field><Field_VALID><![CDATA[true]]></Field_VALID><Field_comp><![CDATA[comp{comp1.Ph¤}]]></Field_comp><Field_compintuse><![CDATA[compintuseoff]]></Field_compintuse><Field_compintstatuse><![CDATA[compintstatuseoff]]></Field_compintstatuse><Field_solvefor><![CDATA[solveforon]]></Field_solvefor><Field_reconstruct><![CDATA[reconstructnone]]></Field_reconstruct><Field_usestoresel><![CDATA[usestoreselall]]></Field_usestoresel><Field_valuetype><![CDATA[valuetypecomplex]]></Field_valuetype><Field_variables><![CDATA[variablescomp1_Ph]]></Field_variables><Field_scalemethod><![CDATA[scalemethodparent]]></Field_scalemethod><Field_resscalemethod><![CDATA[resscalemethodparent]]></Field_resscalemethod><Field_SUBFEATURES></Field_SUBFEATURES><Field_EDITED>false</Field_EDITED></Field><Field><Field_VALID><![CDATA[true]]></Field_VALID><Field_comp><![CDATA[comp{comp1.semi.n_bnd¤}]]></Field_comp><Field_compintuse><![CDATA[compintuseoff]]></Field_compintuse><Field_compintstatuse><![CDATA[compintstatuseoff]]></Field_compintstatuse><Field_solvefor><![CDATA[solveforon]]></Field_solvefor><Field_reconstruct><![CDATA[reconstructnone]]></Field_reconstruct><Field_usestoresel><![CDATA[usestoreselall]]></Field_usestoresel><Field_valuetype><![CDATA[valuetypecomplex]]></Field_valuetype><Field_variables><![CDATA[variablescomp1_semi_n_bnd]]></Field_variables><Field_scalemethod><![CDATA[scalemethodparent]]></Field_scalemethod><Field_resscalemethod><![CDATA[resscalemethodparent]]></Field_resscalemethod><Field_SUBFEATURES></Field_SUBFEATURES><Field_EDITED>false</Field_EDITED></Field><Field><Field_VALID><![CDATA[true]]></Field_VALID><Field_comp><![CDATA[comp{comp1.semi.n_bnd_down¤}]]></Field_comp><Field_compintuse><![CDATA[compintuseoff]]></Field_compintuse><Field_compintstatuse><![CDATA[compintstatuseoff]]></Field_compintstatuse><Field_solvefor><![CDATA[solveforon]]></Field_solvefor><Field_reconstruct><![CDATA[reconstructnone]]></Field_reconstruct><Field_usestoresel><![CDATA[usestoreselall]]></Field_usestoresel><Field_valuetype><![CDATA[valuetypecomplex]]></Field_valuetype><Field_variables><![CDATA[variablescomp1_semi_n_bnd_down]]></Field_variables><Field_scalemethod><![CDATA[scalemethodparent]]></Field_scalemethod><Field_resscalemethod><![CDATA[resscalemethodparent]]></Field_resscalemethod><Field_SUBFEATURES></Field_SUBFEATURES><Field_EDITED>false</Field_EDITED></Field><Field><Field_VALID><![CDATA[true]]></Field_VALID><Field_comp><![CDATA[comp{comp1.semi.n_bnd_up¤}]]></Field_comp><Field_compintuse><![CDATA[compintuseoff]]></Field_compintuse><Field_compintstatuse><![CDATA[compintstatuseoff]]></Field_compintstatuse><Field_solvefor><![CDATA[solveforon]]></Field_solvefor><Field_reconstruct><![CDATA[reconstructnone]]></Field_reconstruct><Field_usestoresel><![CDATA[usestoreselall]]></Field_usestoresel><Field_valuetype><![CDATA[valuetypecomplex]]></Field_valuetype><Field_variables><![CDATA[variablescomp1_semi_n_bnd_up]]></Field_variables><Field_scalemethod><![CDATA[scalemethodparent]]></Field_scalemethod><Field_resscalemethod><![CDATA[resscalemethodparent]]></Field_resscalemethod><Field_SUBFEATURES></Field_SUBFEATURES><Field_EDITED>false</Field_EDITED></Field><Field><Field_VALID><![CDATA[true]]></Field_VALID><Field_comp><![CDATA[comp{comp1.semi.p_bnd¤}]]></Field_comp><Field_compintuse><![CDATA[compintuseoff]]></Field_compintuse><Field_compintstatuse><![CDATA[compintstatuseoff]]></Field_compintstatuse><Field_solvefor><![CDATA[solveforon]]></Field_solvefor><Field_reconstruct><![CDATA[reconstructnone]]></Field_reconstruct><Field_usestoresel><![CDATA[usestoreselall]]></Field_usestoresel><Field_valuetype><![CDATA[valuetypecomplex]]></Field_valuetype><Field_variables><![CDATA[variablescomp1_semi_p_bnd]]></Field_variables><Field_scalemethod><![CDATA[scalemethodparent]]></Field_scalemethod><Field_resscalemethod><![CDATA[resscalemethodparent]]></Field_resscalemethod><Field_SUBFEATURES></Field_SUBFEATURES><Field_EDITED>false</Field_EDITED></Field><Field><Field_VALID><![CDATA[true]]></Field_VALID><Field_comp><![CDATA[comp{comp1.semi.p_bnd_down¤}]]></Field_comp><Field_compintuse><![CDATA[compintuseoff]]></Field_compintuse><Field_compintstatuse><![CDATA[compintstatuseoff]]></Field_compintstatuse><Field_solvefor><![CDATA[solveforon]]></Field_solvefor><Field_reconstruct><![CDATA[reconstructnone]]></Field_reconstruct><Field_usestoresel><![CDATA[usestoreselall]]></Field_usestoresel><Field_valuetype><![CDATA[valuetypecomplex]]></Field_valuetype><Field_variables><![CDATA[variablescomp1_semi_p_bnd_down]]></Field_variables><Field_scalemethod><![CDATA[scalemethodparent]]></Field_scalemethod><Field_resscalemethod><![CDATA[resscalemethodparent]]></Field_resscalemethod><Field_SUBFEATURES></Field_SUBFEATURES><Field_EDITED>false</Field_EDITED></Field><Field><Field_VALID><![CDATA[true]]></Field_VALID><Field_comp><![CDATA[comp{comp1.semi.p_bnd_up¤}]]></Field_comp><Field_compintuse><![CDATA[compintuseoff]]></Field_compintuse><Field_compintstatuse><![CDATA[compintstatuseoff]]></Field_compintstatuse><Field_solvefor><![CDATA[solveforon]]></Field_solvefor><Field_reconstruct><![CDATA[reconstructnone]]></Field_reconstruct><Field_usestoresel><![CDATA[usestoreselall]]></Field_usestoresel><Field_valuetype><![CDATA[valuetypecomplex]]></Field_valuetype><Field_variables><![CDATA[variablescomp1_semi_p_bnd_up]]></Field_variables><Field_scalemethod><![CDATA[scalemethodparent]]></Field_scalemethod><Field_resscalemethod><![CDATA[resscalemethodparent]]></Field_resscalemethod><Field_SUBFEATURES></Field_SUBFEATURES><Field_EDITED>false</Field_EDITED></Field><Field><Field_VALID><![CDATA[true]]></Field_VALID><Field_comp><![CDATA[comp{comp1.V¤}]]></Field_comp><Field_compintuse><![CDATA[compintuseoff]]></Field_compintuse><Field_compintstatuse><![CDATA[compintstatuseoff]]></Field_compintstatuse><Field_solvefor><![CDATA[solveforon]]></Field_solvefor><Field_reconstruct><![CDATA[reconstructnone]]></Field_reconstruct><Field_usestoresel><![CDATA[usestoreselall]]></Field_usestoresel><Field_valuetype><![CDATA[valuetypecomplex]]></Field_valuetype><Field_variables><![CDATA[variablescomp1_V]]></Field_variables><Field_scalemethod><![CDATA[scalemethodparent]]></Field_scalemethod><Field_resscalemethod><![CDATA[resscalemethodparent]]></Field_resscalemethod><Field_SUBFEATURES></Field_SUBFEATURES><Field_EDITED>false</Field_EDITED></Field></Variables_SUBFEATURES><Variables_EDITED>false</Variables_EDITED></Variables> BUILT true 1 9 49,'p:initmethod','p:initsolhide','p:oldinitsoluse','p:initsolusesolnumhide','p:initsolusesolnum','p:solvertype','p:timeinterp','p:t','p:manualsol','p:manualsolnum_vector_method','p:manualsolnum_vector_start','p:manualsolnum_vector_stop','p:manualsolnum_vector_step','p:manualsolnum_vector_numvalues','p:manualsolnum_vector_function','p:manualsolnum_vector_interval','p:manualsolnum_vector_freqperdec','p:listsol','p:listsolnum','p:scalemethod','p:scaleval','p:resscalemethod','p:resscaleval','p:resscalethresh','p:notsolmethod','p:notsolhide','p:oldnotsoluse','p:notsolusesolnumhide','p:notsolusesolnum','p:notsolvertype','p:nottimeinterp','p:nott','p:notmanualsol','p:notmanualsolnum_vector_method','p:notmanualsolnum_vector_start','p:notmanualsolnum_vector_stop','p:notmanualsolnum_vector_step','p:notmanualsolnum_vector_numvalues','p:notmanualsolnum_vector_function','p:notmanualsolnum_vector_interval','p:notmanualsolnum_vector_freqperdec','p:notlistsol','p:notlistsolnum','p:initparametersmethod','p:keeplog','p:const','p:storesol','p:changedproperties','p:lastchangedproperty' NOREMOVE|NORETAG|NODEACTIVATE BUILT 0 0 14,'p:compintuse','p:compint','p:compintstatuse','p:compintstat','p:solvefor','p:usestoresel','p:valuetype','p:scalemethod','p:scaleval','p:resscalemethod','p:resscaleval','p:resscalethresh','p:changedproperties','p:lastchangedproperty' NOREMOVE|NORETAG|NODEACTIVATE BUILT 1 0 14,'p:compintuse','p:compint','p:compintstatuse','p:compintstat','p:solvefor','p:usestoresel','p:valuetype','p:scalemethod','p:scaleval','p:resscalemethod','p:resscaleval','p:resscalethresh','p:changedproperties','p:lastchangedproperty' NOREMOVE|NORETAG|NODEACTIVATE BUILT 2 0 14,'p:compintuse','p:compint','p:compintstatuse','p:compintstat','p:solvefor','p:usestoresel','p:valuetype','p:scalemethod','p:scaleval','p:resscalemethod','p:resscaleval','p:resscalethresh','p:changedproperties','p:lastchangedproperty' NOREMOVE|NORETAG|NODEACTIVATE BUILT 3 0 14,'p:compintuse','p:compint','p:compintstatuse','p:compintstat','p:solvefor','p:usestoresel','p:valuetype','p:scalemethod','p:scaleval','p:resscalemethod','p:resscaleval','p:resscalethresh','p:changedproperties','p:lastchangedproperty' NOREMOVE|NORETAG|NODEACTIVATE BUILT 4 0 14,'p:compintuse','p:compint','p:compintstatuse','p:compintstat','p:solvefor','p:usestoresel','p:valuetype','p:scalemethod','p:scaleval','p:resscalemethod','p:resscaleval','p:resscalethresh','p:changedproperties','p:lastchangedproperty' NOREMOVE|NORETAG|NODEACTIVATE BUILT 5 0 14,'p:compintuse','p:compint','p:compintstatuse','p:compintstat','p:solvefor','p:usestoresel','p:valuetype','p:scalemethod','p:scaleval','p:resscalemethod','p:resscaleval','p:resscalethresh','p:changedproperties','p:lastchangedproperty' NOREMOVE|NORETAG|NODEACTIVATE BUILT 6 0 14,'p:compintuse','p:compint','p:compintstatuse','p:compintstat','p:solvefor','p:usestoresel','p:valuetype','p:scalemethod','p:scaleval','p:resscalemethod','p:resscaleval','p:resscalethresh','p:changedproperties','p:lastchangedproperty' NOREMOVE|NORETAG|NODEACTIVATE BUILT 7 0 14,'p:compintuse','p:compint','p:compintstatuse','p:compintstat','p:solvefor','p:usestoresel','p:valuetype','p:scalemethod','p:scaleval','p:resscalemethod','p:resscaleval','p:resscalethresh','p:changedproperties','p:lastchangedproperty' NOREMOVE|NORETAG|NODEACTIVATE BUILT 8 0 14,'p:compintuse','p:compint','p:compintstatuse','p:compintstat','p:solvefor','p:usestoresel','p:valuetype','p:scalemethod','p:scaleval','p:resscalemethod','p:resscaleval','p:resscalethresh','p:changedproperties','p:lastchangedproperty' <Stationary><Stationary_VALID><![CDATA[true]]></Stationary_VALID><Stationary_stol><![CDATA[stol1.0E-6]]></Stationary_stol><Stationary_nonlin><![CDATA[nonlinauto]]></Stationary_nonlin><Stationary_keepnotsolstatic><![CDATA[keepnotsolstaticoff]]></Stationary_keepnotsolstatic><Stationary_outsollinear><![CDATA[outsollinearu]]></Stationary_outsollinear><Stationary_outsollinearized><![CDATA[outsollinearizeddu]]></Stationary_outsollinearized><Stationary_reacf><![CDATA[reacfon]]></Stationary_reacf><Stationary_lumpedflux><![CDATA[lumpedfluxoff]]></Stationary_lumpedflux><Stationary_plot><![CDATA[plotoff]]></Stationary_plot><Stationary_probesel><![CDATA[probeselnone]]></Stationary_probesel><Stationary_cname><![CDATA[cname{}]]></Stationary_cname><Stationary_keeplog><![CDATA[keeplogoff]]></Stationary_keeplog><Stationary_const><![CDATA[const{}]]></Stationary_const><Stationary_SUBFEATURES><Direct><![CDATA[[notactive]]]></Direct><Advanced><Advanced_VALID><![CDATA[true]]></Advanced_VALID><Advanced_symmetric><![CDATA[symmetricauto]]></Advanced_symmetric><Advanced_matrixformat><![CDATA[matrixformatauto]]></Advanced_matrixformat><Advanced_rowscale><![CDATA[rowscaleon]]></Advanced_rowscale><Advanced_nullfun><![CDATA[nullfunauto]]></Advanced_nullfun><Advanced_orthonormallimit><![CDATA[orthonormallimit10000000]]></Advanced_orthonormallimit><Advanced_storeresidual><![CDATA[storeresidualoff]]></Advanced_storeresidual><Advanced_convinfo><![CDATA[convinfoon]]></Advanced_convinfo><Advanced_recoverysavinginfo><![CDATA[recoverysavinginfofrompreferences]]></Advanced_recoverysavinginfo><Advanced_recoverysaveforce><![CDATA[recoverysaveforcefrompreferences]]></Advanced_recoverysaveforce><Advanced_autorescale><![CDATA[autorescaleon]]></Advanced_autorescale><Advanced_blocksize><![CDATA[blocksize1000]]></Advanced_blocksize><Advanced_blocksizeactive><![CDATA[blocksizeactiveoff]]></Advanced_blocksizeactive><Advanced_assemdistrsol><![CDATA[assemdistrsolauto]]></Advanced_assemdistrsol><Advanced_cachepattern><![CDATA[cachepatternon]]></Advanced_cachepattern><Advanced_cachepatternmethod><![CDATA[cachepatternmethodauto]]></Advanced_cachepatternmethod><Advanced_assemloc><![CDATA[assemlocon]]></Advanced_assemloc><Advanced_optthread><![CDATA[optthreadoff]]></Advanced_optthread><Advanced_statblockdistr><![CDATA[statblockdistroff]]></Advanced_statblockdistr><Advanced_complexfun><![CDATA[complexfunoff]]></Advanced_complexfun><Advanced_matherr><![CDATA[matherron]]></Advanced_matherr><Advanced_checkmatherr><![CDATA[checkmatherroff]]></Advanced_checkmatherr><Advanced_elemdatainit><![CDATA[elemdatainiton]]></Advanced_elemdatainit><Advanced_globalcache><![CDATA[globalcacheon]]></Advanced_globalcache><Advanced_assemtol><![CDATA[assemtol0]]></Advanced_assemtol><Advanced_keep><![CDATA[keepoff]]></Advanced_keep><Advanced_SUBFEATURES></Advanced_SUBFEATURES><Advanced_EDITED>false</Advanced_EDITED></Advanced><Parametric><Parametric_VALID><![CDATA[true]]></Parametric_VALID><Parametric_sweeptype><![CDATA[sweeptypesparse]]></Parametric_sweeptype><Parametric_pname><![CDATA[pname{Vp¤}]]></Parametric_pname><Parametric_plist><![CDATA[plist]]></Parametric_plist><Parametric_plistarr><![CDATA[plistarr{range(-2,0.1,2)¤}]]></Parametric_plistarr><Parametric_punit><![CDATA[punit{V¤}]]></Parametric_punit><Parametric_pcontinuationmode><![CDATA[pcontinuationmodelast]]></Parametric_pcontinuationmode><Parametric_showpreusesol><![CDATA[showpreusesoloff]]></Parametric_showpreusesol><Parametric_ponerror><![CDATA[ponerrorstop]]></Parametric_ponerror><Parametric_plooporder><![CDATA[plooporderauto]]></Parametric_plooporder><Parametric_paramtuning><![CDATA[paramtuningoff]]></Parametric_paramtuning><Parametric_initdampall><![CDATA[initdampallauto]]></Parametric_initdampall><Parametric_porder><![CDATA[porderconstant]]></Parametric_porder><Parametric_useloadcase><![CDATA[useloadcaseoff]]></Parametric_useloadcase><Parametric_uselsqdata><![CDATA[uselsqdataon]]></Parametric_uselsqdata><Parametric_pnamelsq><![CDATA[pnamelsq{}]]></Parametric_pnamelsq><Parametric_plistarrlsq><![CDATA[plistarrlsq{}]]></Parametric_plistarrlsq><Parametric_continuationlsqall><![CDATA[continuationlsqallon]]></Parametric_continuationlsqall><Parametric_excludelsqvalues><![CDATA[excludelsqvaluesoff]]></Parametric_excludelsqvalues><Parametric_addsolutions><![CDATA[addsolutionson]]></Parametric_addsolutions><Parametric_filledlsq><![CDATA[filledlsqoff]]></Parametric_filledlsq><Parametric_filledlsqmerged><![CDATA[filledlsqmergedoff]]></Parametric_filledlsqmerged><Parametric_lsqstructuredcontinuation><![CDATA[lsqstructuredcontinuationoff]]></Parametric_lsqstructuredcontinuation><Parametric_pout><![CDATA[poutplist]]></Parametric_pout><Parametric_plot><![CDATA[plotoff]]></Parametric_plot><Parametric_probesel><![CDATA[probeselall]]></Parametric_probesel><Parametric_probefreq><![CDATA[probefreqpout]]></Parametric_probefreq><Parametric_pdistrib><![CDATA[pdistriboff]]></Parametric_pdistrib><Parametric_SUBFEATURES></Parametric_SUBFEATURES><Parametric_EDITED>false</Parametric_EDITED></Parametric><FullyCoupled><FullyCoupled_VALID><![CDATA[true]]></FullyCoupled_VALID><FullyCoupled_linsolver><![CDATA[linsolverd1]]></FullyCoupled_linsolver><FullyCoupled_dtech><![CDATA[dtechauto]]></FullyCoupled_dtech><FullyCoupled_initstep><![CDATA[initstep0.1]]></FullyCoupled_initstep><FullyCoupled_minstep><![CDATA[minstep1.0E-4]]></FullyCoupled_minstep><FullyCoupled_rstep><![CDATA[rstep10]]></FullyCoupled_rstep><FullyCoupled_rstepabs><![CDATA[rstepabs1]]></FullyCoupled_rstepabs><FullyCoupled_useminsteprecovery><![CDATA[useminsteprecoveryauto]]></FullyCoupled_useminsteprecovery><FullyCoupled_minsteprecovery><![CDATA[minsteprecovery0.001]]></FullyCoupled_minsteprecovery><FullyCoupled_updweightsauto><![CDATA[updweightsautoon]]></FullyCoupled_updweightsauto><FullyCoupled_ntermauto><![CDATA[ntermautotol]]></FullyCoupled_ntermauto><FullyCoupled_maxiter><![CDATA[maxiter50]]></FullyCoupled_maxiter><FullyCoupled_ntolfact><![CDATA[ntolfact1]]></FullyCoupled_ntolfact><FullyCoupled_termonres><![CDATA[termonresauto]]></FullyCoupled_termonres><FullyCoupled_reserrfact><![CDATA[reserrfact1000]]></FullyCoupled_reserrfact><FullyCoupled_plot><![CDATA[plotoff]]></FullyCoupled_plot><FullyCoupled_probesel><![CDATA[probeselnone]]></FullyCoupled_probesel><FullyCoupled_SUBFEATURES></FullyCoupled_SUBFEATURES><FullyCoupled_EDITED>false</FullyCoupled_EDITED></FullyCoupled><Direct><Direct_VALID><![CDATA[true]]></Direct_VALID><Direct_linsolver><![CDATA[linsolvermumps]]></Direct_linsolver><Direct_mumpsalloc><![CDATA[mumpsalloc1.2]]></Direct_mumpsalloc><Direct_mumpsreorder><![CDATA[mumpsreorderauto]]></Direct_mumpsreorder><Direct_mumpsrreorder><![CDATA[mumpsrreorderon]]></Direct_mumpsrreorder><Direct_reusereorder><![CDATA[reusereorderon]]></Direct_reusereorder><Direct_pivotenable><![CDATA[pivotenableon]]></Direct_pivotenable><Direct_thresh><![CDATA[thresh0.01]]></Direct_thresh><Direct_mumpsblr><![CDATA[mumpsblroff]]></Direct_mumpsblr><Direct_ooc><![CDATA[oocoff]]></Direct_ooc><Direct_pivotrefines><![CDATA[pivotrefines0]]></Direct_pivotrefines><Direct_errorchk><![CDATA[errorchkoff]]></Direct_errorchk><Direct_SUBFEATURES></Direct_SUBFEATURES><Direct_EDITED>false</Direct_EDITED></Direct></Stationary_SUBFEATURES><Stationary_EDITED>false</Stationary_EDITED></Stationary> BUILT true 2 4 null null 35,'p:nonlin','p:linpmethod','p:linpsolhide','p:oldlinpsoluse','p:linpsolusesolnumhide','p:linpsolusesolnum','p:linpsolvertype','p:linptimeinterp','p:linpt','p:linpmanualsol','p:linpmanualsolnum','p:linpmanualsolnum_vector_method','p:linpmanualsolnum_vector_start','p:linpmanualsolnum_vector_stop','p:linpmanualsolnum_vector_step','p:linpmanualsolnum_vector_numvalues','p:linpmanualsolnum_vector_function','p:linpmanualsolnum_vector_interval','p:linpmanualsolnum_vector_freqperdec','p:linplistsol','p:linplistsolnum','p:storelinpoint','p:keepnotsolstatic','p:outsollinear','p:outsollinearized','p:reacf','p:lumpedflux','p:plot','p:clistctrl','p:cname','p:clist','p:keeplog','p:const','p:changedproperties','p:lastchangedproperty' DISABLED BUILT null 34,'p:linsolver','p:mumpsalloc','p:mumpsreorder','p:mumpsrreorder','p:reusereorder','p:pivotenable','p:thresh','p:pivotperturb','p:mumpsblr','p:mumpsblrtol','p:mumpsblrtype','p:ooc','p:memfracooc','p:incore','p:minicmemory','p:usetotmemory','p:internalmemusage','p:oocmemory','p:pardreorder','p:pardschedule','p:pardrreorder','p:pivotstrategy','p:pardmtsolve','p:clusterpardiso','p:preorder','p:pivotrefines','p:errorchk','p:rhob','p:iterrefine','p:maxrefinesteps','p:errorratiobound','p:nliniterrefine','p:changedproperties','p:lastchangedproperty' NOREMOVE|NODEACTIVATE BUILT 0 0 null 34,'p:symmetric','p:matrixformat','p:rowscale','p:nullfun','p:orthonormallimit','p:storeresidual','p:convinfo','p:recoverysavinginfo','p:recoverysavingratio','p:recoverysaveforce','p:recoverysaveevery','p:autorescale','p:blocksize','p:blocksizeactive','p:assemdistrsol','p:cachepatternmethod','p:cachepatternexpr','p:assemloc','p:optthread','p:statblockdistr','p:complexfun','p:matherr','p:checkmatherr','p:elemdatainit','p:globalcache','p:keep','p:L','p:K','p:D','p:E','p:M','p:N','p:changedproperties','p:lastchangedproperty' BUILT 1 0 null null null null null null 47,'p:sweeptype','p:plistarrexcelfilename','p:plistarrexcelsheet','p:plistarrexcelrange','p:plistarrexcelincludeheaders','p:plistarrexcelseparateunits','p:plistarrexceloverwrite','p:plistarrexcelcalculatedvalues','p:plistarr_vector_method','p:plistarr_vector_start','p:plistarr_vector_stop','p:plistarr_vector_step','p:plistarr_vector_numvalues','p:plistarr_vector_function','p:plistarr_vector_interval','p:plistarr_vector_freqperdec','p:pcontinuationmode','p:preusesol','p:ponerror','p:plooporder','p:paramtuning','p:pinitstep','p:pminstep','p:pmaxstep','p:initdampall','p:useloadcase','p:loadcase','p:loadgroup','p:loadgroupweight','p:constraintgroup','p:uselsqdata','p:pnamelsq','p:plistarrlsq','p:continuationlsqall','p:addsolutions','p:lsqparamsout','p:filledlsq','p:filledlsqmerged','p:lsqstructuredcontinuation','p:pout','p:plot','p:probesel','p:pdistrib','p:pwork','p:pworkactive','p:changedproperties','p:lastchangedproperty' NOREMOVE|NODEACTIVATE BUILT 2 0 null null null null null 68,'p:dtech','p:minstep','p:rstep','p:rstepabs','p:useminsteprecovery','p:updweightsauto','p:updweightsdamp','p:updweightsdampval','p:updweightsdampvalconst','p:updweightsfac','p:ntermauto','p:ntolfact','p:niter','p:termonres','p:reserrfact','p:backmethod','p:backtrackonce','p:backdampstep','p:maxdamp','p:mindamp','p:updweights','p:ntermconst','p:adapttol','p:atolchoice','p:adapttolcflweight','p:adapttolerrweight','p:initiallintol','p:etamax','p:atolthreshold','p:dampexponent','p:dampfactor','p:usecflcmp','p:stabacc','p:cfltech','p:initcfl','p:mincfl','p:forcecfl','p:kppid','p:kipid','p:kdpid','p:cfltol','p:adaptcfltol','p:cflaa','p:cflaacfl','p:cflaaset','p:cflaadim','p:cflaamix','p:cflaadelay','p:cflaafact','p:cfljtech','p:jtechcfl','p:cfljtechval','p:ressmooth','p:relaxationressmooth','p:aaccdim','p:aaccmix','p:aaccdelay','p:aaccfact','p:damp','p:initsteph','p:minsteph','p:ddoginitdamp','p:resscale','p:ddogrestart','p:ddogrestartactive','p:plot','p:changedproperties','p:lastchangedproperty' NOREMOVE|NODEACTIVATE BUILT 3 0 null 32,'p:linsolver','p:mumpsalloc','p:mumpsreorder','p:mumpsrreorder','p:reusereorder','p:pivotenable','p:thresh','p:pivotperturb','p:mumpsblr','p:mumpsblrtol','p:mumpsblrtype','p:memfracooc','p:incore','p:minicmemory','p:usetotmemory','p:internalmemusage','p:oocmemory','p:pardreorder','p:pardschedule','p:pardrreorder','p:pivotstrategy','p:pardmtsolve','p:clusterpardiso','p:preorder','p:pivotrefines','p:rhob','p:iterrefine','p:maxrefinesteps','p:errorratiobound','p:nliniterrefine','p:changedproperties','p:lastchangedproperty' NODEACTIVATE /soldata/sol7 /sol/sol2/feature/s1 /soldata/savepoint2 /study/std2 0 SEQUENCE true 0 3 0 0 0 0 1|0 NONE SI 0 0 0 0 1|0 STATIONARY SI <StudyStep><StudyStep_VALID><![CDATA[true]]></StudyStep_VALID><StudyStep_study><![CDATA[studystd2]]></StudyStep_study><StudyStep_studystep><![CDATA[studystepsemie]]></StudyStep_studystep><StudyStep_useForModelReduction><![CDATA[useForModelReductionon]]></StudyStep_useForModelReduction><StudyStep_splitcomplex><![CDATA[splitcomplexoff]]></StudyStep_splitcomplex><StudyStep_partmethod><![CDATA[partmethodparent]]></StudyStep_partmethod><StudyStep_assempara><![CDATA[assemparaon]]></StudyStep_assempara><StudyStep_saveprevioussolution><![CDATA[saveprevioussolutionoff]]></StudyStep_saveprevioussolution><StudyStep_useent><![CDATA[useentall]]></StudyStep_useent><StudyStep_keeplog><![CDATA[keeplogoff]]></StudyStep_keeplog><StudyStep_const><![CDATA[const{}]]></StudyStep_const><StudyStep_SUBFEATURES></StudyStep_SUBFEATURES><StudyStep_EDITED>false</StudyStep_EDITED></StudyStep> BUILT true 0 0 12,'p:unredstudy','p:unredstep','p:useForModelReduction','p:splitcomplex','p:partmethod','p:assempara','p:saveprevioussolution','p:useent','p:keeplog','p:const','p:changedproperties','p:lastchangedproperty' <Variables><Variables_VALID><![CDATA[true]]></Variables_VALID><Variables_initmethod><![CDATA[initmethodinit]]></Variables_initmethod><Variables_initsol><![CDATA[initsolzero]]></Variables_initsol><Variables_solvertype><![CDATA[solvertypenone]]></Variables_solvertype><Variables_timeinterp><![CDATA[timeinterpoff]]></Variables_timeinterp><Variables_manualsol><![CDATA[manualsoloff]]></Variables_manualsol><Variables_listsol><![CDATA[listsoloff]]></Variables_listsol><Variables_scalemethod><![CDATA[scalemethodauto]]></Variables_scalemethod><Variables_resscalemethod><![CDATA[resscalemethodauto]]></Variables_resscalemethod><Variables_resscalethresh><![CDATA[resscalethresh100.0]]></Variables_resscalethresh><Variables_notsolmethod><![CDATA[notsolmethodinit]]></Variables_notsolmethod><Variables_notsol><![CDATA[notsolzero]]></Variables_notsol><Variables_notsolvertype><![CDATA[notsolvertypenone]]></Variables_notsolvertype><Variables_nottimeinterp><![CDATA[nottimeinterpoff]]></Variables_nottimeinterp><Variables_notmanualsol><![CDATA[notmanualsoloff]]></Variables_notmanualsol><Variables_notlistsol><![CDATA[notlistsoloff]]></Variables_notlistsol><Variables_initparametersmethod><![CDATA[initparametersmethodauto]]></Variables_initparametersmethod><Variables_keeplog><![CDATA[keeplogoff]]></Variables_keeplog><Variables_const><![CDATA[const{}]]></Variables_const><Variables_storesol><![CDATA[storesolinit]]></Variables_storesol><Variables_SUBFEATURES><Field><Field_VALID><![CDATA[true]]></Field_VALID><Field_comp><![CDATA[comp{comp1.Ne¤}]]></Field_comp><Field_compintuse><![CDATA[compintuseoff]]></Field_compintuse><Field_compintstatuse><![CDATA[compintstatuseoff]]></Field_compintstatuse><Field_solvefor><![CDATA[solveforon]]></Field_solvefor><Field_reconstruct><![CDATA[reconstructnone]]></Field_reconstruct><Field_usestoresel><![CDATA[usestoreselall]]></Field_usestoresel><Field_valuetype><![CDATA[valuetypecomplex]]></Field_valuetype><Field_variables><![CDATA[variablescomp1_Ne]]></Field_variables><Field_scalemethod><![CDATA[scalemethodparent]]></Field_scalemethod><Field_resscalemethod><![CDATA[resscalemethodparent]]></Field_resscalemethod><Field_SUBFEATURES></Field_SUBFEATURES><Field_EDITED>false</Field_EDITED></Field><Field><Field_VALID><![CDATA[true]]></Field_VALID><Field_comp><![CDATA[comp{comp1.Ph¤}]]></Field_comp><Field_compintuse><![CDATA[compintuseoff]]></Field_compintuse><Field_compintstatuse><![CDATA[compintstatuseoff]]></Field_compintstatuse><Field_solvefor><![CDATA[solveforon]]></Field_solvefor><Field_reconstruct><![CDATA[reconstructnone]]></Field_reconstruct><Field_usestoresel><![CDATA[usestoreselall]]></Field_usestoresel><Field_valuetype><![CDATA[valuetypecomplex]]></Field_valuetype><Field_variables><![CDATA[variablescomp1_Ph]]></Field_variables><Field_scalemethod><![CDATA[scalemethodparent]]></Field_scalemethod><Field_resscalemethod><![CDATA[resscalemethodparent]]></Field_resscalemethod><Field_SUBFEATURES></Field_SUBFEATURES><Field_EDITED>false</Field_EDITED></Field><Field><Field_VALID><![CDATA[true]]></Field_VALID><Field_comp><![CDATA[comp{comp1.V¤}]]></Field_comp><Field_compintuse><![CDATA[compintuseoff]]></Field_compintuse><Field_compintstatuse><![CDATA[compintstatuseoff]]></Field_compintstatuse><Field_solvefor><![CDATA[solveforon]]></Field_solvefor><Field_reconstruct><![CDATA[reconstructnone]]></Field_reconstruct><Field_usestoresel><![CDATA[usestoreselall]]></Field_usestoresel><Field_valuetype><![CDATA[valuetypecomplex]]></Field_valuetype><Field_variables><![CDATA[variablescomp1_V]]></Field_variables><Field_scalemethod><![CDATA[scalemethodparent]]></Field_scalemethod><Field_resscalemethod><![CDATA[resscalemethodparent]]></Field_resscalemethod><Field_SUBFEATURES></Field_SUBFEATURES><Field_EDITED>false</Field_EDITED></Field></Variables_SUBFEATURES><Variables_EDITED>false</Variables_EDITED></Variables> BUILT true 1 3 51,'p:initmethod','p:initsolhide','p:oldinitsoluse','p:initsolusesolnumhide','p:initsolusesolnum','p:solvertype','p:timeinterp','p:t','p:manualsol','p:manualsolnum_vector_method','p:manualsolnum_vector_start','p:manualsolnum_vector_stop','p:manualsolnum_vector_step','p:manualsolnum_vector_numvalues','p:manualsolnum_vector_function','p:manualsolnum_vector_interval','p:manualsolnum_vector_freqperdec','p:listsol','p:listsolnum','p:scalemethod','p:scaleval','p:resscalemethod','p:resscaleval','p:resscalethresh','p:notsolmethod','p:notsolhide','p:oldnotsoluse','p:notsolusesolnumhide','p:notsolusesolnum','p:notsolvertype','p:nottimeinterp','p:nott','p:notmanualsol','p:notmanualsolnum_vector_method','p:notmanualsolnum_vector_start','p:notmanualsolnum_vector_stop','p:notmanualsolnum_vector_step','p:notmanualsolnum_vector_numvalues','p:notmanualsolnum_vector_function','p:notmanualsolnum_vector_interval','p:notmanualsolnum_vector_freqperdec','p:notlistsol','p:notlistsolnum','p:initparametersmethod','p:clistctrl','p:cname','p:keeplog','p:const','p:storesol','p:changedproperties','p:lastchangedproperty' NOREMOVE|NORETAG|NODEACTIVATE BUILT 0 0 14,'p:compintuse','p:compint','p:compintstatuse','p:compintstat','p:solvefor','p:usestoresel','p:valuetype','p:scalemethod','p:scaleval','p:resscalemethod','p:resscaleval','p:resscalethresh','p:changedproperties','p:lastchangedproperty' NOREMOVE|NORETAG|NODEACTIVATE BUILT 1 0 14,'p:compintuse','p:compint','p:compintstatuse','p:compintstat','p:solvefor','p:usestoresel','p:valuetype','p:scalemethod','p:scaleval','p:resscalemethod','p:resscaleval','p:resscalethresh','p:changedproperties','p:lastchangedproperty' NOREMOVE|NORETAG|NODEACTIVATE BUILT 2 0 14,'p:compintuse','p:compint','p:compintstatuse','p:compintstat','p:solvefor','p:usestoresel','p:valuetype','p:scalemethod','p:scaleval','p:resscalemethod','p:resscaleval','p:resscalethresh','p:changedproperties','p:lastchangedproperty' <Stationary><Stationary_VALID><![CDATA[true]]></Stationary_VALID><Stationary_stol><![CDATA[stol1.0E-6]]></Stationary_stol><Stationary_nonlin><![CDATA[nonlinauto]]></Stationary_nonlin><Stationary_keepnotsolstatic><![CDATA[keepnotsolstaticoff]]></Stationary_keepnotsolstatic><Stationary_outsollinear><![CDATA[outsollinearu]]></Stationary_outsollinear><Stationary_outsollinearized><![CDATA[outsollinearizeddu]]></Stationary_outsollinearized><Stationary_reacf><![CDATA[reacfon]]></Stationary_reacf><Stationary_lumpedflux><![CDATA[lumpedfluxoff]]></Stationary_lumpedflux><Stationary_plot><![CDATA[plotoff]]></Stationary_plot><Stationary_probesel><![CDATA[probeselall]]></Stationary_probesel><Stationary_cname><![CDATA[cname{}]]></Stationary_cname><Stationary_keeplog><![CDATA[keeplogoff]]></Stationary_keeplog><Stationary_const><![CDATA[const{}]]></Stationary_const><Stationary_SUBFEATURES><Direct><![CDATA[[notactive]]]></Direct><Advanced><Advanced_VALID><![CDATA[true]]></Advanced_VALID><Advanced_symmetric><![CDATA[symmetricauto]]></Advanced_symmetric><Advanced_matrixformat><![CDATA[matrixformatauto]]></Advanced_matrixformat><Advanced_rowscale><![CDATA[rowscaleon]]></Advanced_rowscale><Advanced_nullfun><![CDATA[nullfunauto]]></Advanced_nullfun><Advanced_orthonormallimit><![CDATA[orthonormallimit10000000]]></Advanced_orthonormallimit><Advanced_storeresidual><![CDATA[storeresidualoff]]></Advanced_storeresidual><Advanced_convinfo><![CDATA[convinfoon]]></Advanced_convinfo><Advanced_recoverysavinginfo><![CDATA[recoverysavinginfofrompreferences]]></Advanced_recoverysavinginfo><Advanced_recoverysaveforce><![CDATA[recoverysaveforcefrompreferences]]></Advanced_recoverysaveforce><Advanced_autorescale><![CDATA[autorescaleon]]></Advanced_autorescale><Advanced_blocksize><![CDATA[blocksize1000]]></Advanced_blocksize><Advanced_blocksizeactive><![CDATA[blocksizeactiveoff]]></Advanced_blocksizeactive><Advanced_assemdistrsol><![CDATA[assemdistrsolauto]]></Advanced_assemdistrsol><Advanced_cachepattern><![CDATA[cachepatternon]]></Advanced_cachepattern><Advanced_cachepatternmethod><![CDATA[cachepatternmethodauto]]></Advanced_cachepatternmethod><Advanced_assemloc><![CDATA[assemlocon]]></Advanced_assemloc><Advanced_optthread><![CDATA[optthreadoff]]></Advanced_optthread><Advanced_statblockdistr><![CDATA[statblockdistroff]]></Advanced_statblockdistr><Advanced_complexfun><![CDATA[complexfunoff]]></Advanced_complexfun><Advanced_matherr><![CDATA[matherron]]></Advanced_matherr><Advanced_checkmatherr><![CDATA[checkmatherroff]]></Advanced_checkmatherr><Advanced_elemdatainit><![CDATA[elemdatainiton]]></Advanced_elemdatainit><Advanced_globalcache><![CDATA[globalcacheon]]></Advanced_globalcache><Advanced_assemtol><![CDATA[assemtol0]]></Advanced_assemtol><Advanced_keep><![CDATA[keepoff]]></Advanced_keep><Advanced_SUBFEATURES></Advanced_SUBFEATURES><Advanced_EDITED>false</Advanced_EDITED></Advanced><FullyCoupled><FullyCoupled_VALID><![CDATA[true]]></FullyCoupled_VALID><FullyCoupled_linsolver><![CDATA[linsolverd1]]></FullyCoupled_linsolver><FullyCoupled_dtech><![CDATA[dtechauto]]></FullyCoupled_dtech><FullyCoupled_initstep><![CDATA[initstep0.1]]></FullyCoupled_initstep><FullyCoupled_minstep><![CDATA[minstep1.0E-4]]></FullyCoupled_minstep><FullyCoupled_rstep><![CDATA[rstep10]]></FullyCoupled_rstep><FullyCoupled_rstepabs><![CDATA[rstepabs1]]></FullyCoupled_rstepabs><FullyCoupled_useminsteprecovery><![CDATA[useminsteprecoveryauto]]></FullyCoupled_useminsteprecovery><FullyCoupled_minsteprecovery><![CDATA[minsteprecovery0.001]]></FullyCoupled_minsteprecovery><FullyCoupled_updweightsauto><![CDATA[updweightsautoon]]></FullyCoupled_updweightsauto><FullyCoupled_ntermauto><![CDATA[ntermautotol]]></FullyCoupled_ntermauto><FullyCoupled_maxiter><![CDATA[maxiter50]]></FullyCoupled_maxiter><FullyCoupled_ntolfact><![CDATA[ntolfact1]]></FullyCoupled_ntolfact><FullyCoupled_termonres><![CDATA[termonresauto]]></FullyCoupled_termonres><FullyCoupled_reserrfact><![CDATA[reserrfact1000]]></FullyCoupled_reserrfact><FullyCoupled_plot><![CDATA[plotoff]]></FullyCoupled_plot><FullyCoupled_probesel><![CDATA[probeselnone]]></FullyCoupled_probesel><FullyCoupled_SUBFEATURES></FullyCoupled_SUBFEATURES><FullyCoupled_EDITED>false</FullyCoupled_EDITED></FullyCoupled><Direct><Direct_VALID><![CDATA[true]]></Direct_VALID><Direct_linsolver><![CDATA[linsolvermumps]]></Direct_linsolver><Direct_mumpsalloc><![CDATA[mumpsalloc1.2]]></Direct_mumpsalloc><Direct_mumpsreorder><![CDATA[mumpsreorderauto]]></Direct_mumpsreorder><Direct_mumpsrreorder><![CDATA[mumpsrreorderon]]></Direct_mumpsrreorder><Direct_reusereorder><![CDATA[reusereorderon]]></Direct_reusereorder><Direct_pivotenable><![CDATA[pivotenableon]]></Direct_pivotenable><Direct_thresh><![CDATA[thresh0.01]]></Direct_thresh><Direct_mumpsblr><![CDATA[mumpsblroff]]></Direct_mumpsblr><Direct_ooc><![CDATA[oocoff]]></Direct_ooc><Direct_pivotrefines><![CDATA[pivotrefines0]]></Direct_pivotrefines><Direct_errorchk><![CDATA[errorchkoff]]></Direct_errorchk><Direct_SUBFEATURES></Direct_SUBFEATURES><Direct_EDITED>false</Direct_EDITED></Direct></Stationary_SUBFEATURES><Stationary_EDITED>false</Stationary_EDITED></Stationary> BUILT true 2 3 null null 36,'p:nonlin','p:linpmethod','p:linpsolhide','p:oldlinpsoluse','p:linpsolusesolnumhide','p:linpsolusesolnum','p:linpsolvertype','p:linptimeinterp','p:linpt','p:linpmanualsol','p:linpmanualsolnum','p:linpmanualsolnum_vector_method','p:linpmanualsolnum_vector_start','p:linpmanualsolnum_vector_stop','p:linpmanualsolnum_vector_step','p:linpmanualsolnum_vector_numvalues','p:linpmanualsolnum_vector_function','p:linpmanualsolnum_vector_interval','p:linpmanualsolnum_vector_freqperdec','p:linplistsol','p:linplistsolnum','p:storelinpoint','p:keepnotsolstatic','p:outsollinear','p:outsollinearized','p:reacf','p:lumpedflux','p:plot','p:probesel','p:clistctrl','p:cname','p:clist','p:keeplog','p:const','p:changedproperties','p:lastchangedproperty' DISABLED BUILT null 34,'p:linsolver','p:mumpsalloc','p:mumpsreorder','p:mumpsrreorder','p:reusereorder','p:pivotenable','p:thresh','p:pivotperturb','p:mumpsblr','p:mumpsblrtol','p:mumpsblrtype','p:ooc','p:memfracooc','p:incore','p:minicmemory','p:usetotmemory','p:internalmemusage','p:oocmemory','p:pardreorder','p:pardschedule','p:pardrreorder','p:pivotstrategy','p:pardmtsolve','p:clusterpardiso','p:preorder','p:pivotrefines','p:errorchk','p:rhob','p:iterrefine','p:maxrefinesteps','p:errorratiobound','p:nliniterrefine','p:changedproperties','p:lastchangedproperty' NOREMOVE|NODEACTIVATE BUILT 0 0 null 34,'p:symmetric','p:matrixformat','p:rowscale','p:nullfun','p:orthonormallimit','p:storeresidual','p:convinfo','p:recoverysavinginfo','p:recoverysavingratio','p:recoverysaveforce','p:recoverysaveevery','p:autorescale','p:blocksize','p:blocksizeactive','p:assemdistrsol','p:cachepatternmethod','p:cachepatternexpr','p:assemloc','p:optthread','p:statblockdistr','p:complexfun','p:matherr','p:checkmatherr','p:elemdatainit','p:globalcache','p:keep','p:L','p:K','p:D','p:E','p:M','p:N','p:changedproperties','p:lastchangedproperty' NOREMOVE|NODEACTIVATE BUILT 1 0 null null null null null 68,'p:dtech','p:minstep','p:rstep','p:rstepabs','p:useminsteprecovery','p:updweightsauto','p:updweightsdamp','p:updweightsdampval','p:updweightsdampvalconst','p:updweightsfac','p:ntermauto','p:ntolfact','p:niter','p:termonres','p:reserrfact','p:backmethod','p:backtrackonce','p:backdampstep','p:maxdamp','p:mindamp','p:updweights','p:ntermconst','p:adapttol','p:atolchoice','p:adapttolcflweight','p:adapttolerrweight','p:initiallintol','p:etamax','p:atolthreshold','p:dampexponent','p:dampfactor','p:usecflcmp','p:stabacc','p:cfltech','p:initcfl','p:mincfl','p:forcecfl','p:kppid','p:kipid','p:kdpid','p:cfltol','p:adaptcfltol','p:cflaa','p:cflaacfl','p:cflaaset','p:cflaadim','p:cflaamix','p:cflaadelay','p:cflaafact','p:cfljtech','p:jtechcfl','p:cfljtechval','p:ressmooth','p:relaxationressmooth','p:aaccdim','p:aaccmix','p:aaccdelay','p:aaccfact','p:damp','p:initsteph','p:minsteph','p:ddoginitdamp','p:resscale','p:ddogrestart','p:ddogrestartactive','p:plot','p:changedproperties','p:lastchangedproperty' NOREMOVE|NODEACTIVATE BUILT 2 0 null 32,'p:linsolver','p:mumpsalloc','p:mumpsreorder','p:mumpsrreorder','p:reusereorder','p:pivotenable','p:thresh','p:pivotperturb','p:mumpsblr','p:mumpsblrtol','p:mumpsblrtype','p:memfracooc','p:incore','p:minicmemory','p:usetotmemory','p:internalmemusage','p:oocmemory','p:pardreorder','p:pardschedule','p:pardrreorder','p:pivotstrategy','p:pardmtsolve','p:clusterpardiso','p:preorder','p:pivotrefines','p:rhob','p:iterrefine','p:maxrefinesteps','p:errorratiobound','p:nliniterrefine','p:changedproperties','p:lastchangedproperty' NOREMOVE|NODEACTIVATE 1,'window1' 1,'Doping Profile Plot' 6,'p:phaseshift','p:scalingfactor','p:frametype','p:phase','p:scalefactor','p:probetag' 6,'p:phaseshift','p:scalingfactor','p:frametype','p:phase','p:scalefactor','p:probetag' true[]defaultPlotIDweight0datadset1solutionparamsmanualsolrepresentationsolutioninfoshowlooplevelinputon|off|off|looplevelinputall|showloopleveloff|off|off|looplevel1|2|3|4|5|6|7|8|9|a|b|c|d|e|f|g|h|i|j|k|l|m|n|o|p|q|r|s|t|u|v|w|x|y|z|10|11|12|13|14|15|showlooplevelindicesoff|off|off|looplevelindicesshowinterpoff|off|off|interpphasetypefromdatasetsavedatainmodelofftitlenumberformatkey6showsecylabelofftwoyaxesoffswitchxyoffshowplotonsecyaxisoffshowsecylogoffshowsecyextraoffstyleconfignonenonetrue[]dataparentparentshowsolutionparamsoffsolrepresentationsolutioninfoshowlooplevelinputoff|off|off|looplevelinputshowloopleveloff|off|off|looplevelshowlooplevelindicesoff|off|off|looplevelindicesshowinterpoff|off|off|interpphasetypefromdatasetshowlocationinputofflocdefrefsurfshowlayerlocationoffunitdim0unittrans1exprsemi.I0_1unitAevalmethodactiveoffconstactiveoffconstprefixes|unwrapphaseoffxdataunittrans1xdatasolutionxdataparamunitVolddatasetfunctypecontinuousrefine1GEOMDIMgeom1[0][1] BUILT 209,'p:renderinfo','p:ispendingzoom','p:isforexport','p:colortheme','p:isforreport','p:preventautozoomextents','p:needsstylerepaint','p:stylerepaintinprogress','p:defaultaxisunits','p:animating','p:legendactivechanged','p:defaultPlotID','p:weight','p:probetag','p:probehasbeenplotted','p:solutionparams','p:solrepresentation','p:oldouteranalysistype','p:outertype','p:outerinput','p:outersolnum','p:outersolnumindices','p:outersolnumindices_vector_method','p:outersolnumindices_vector_start','p:outersolnumindices_vector_stop','p:outersolnumindices_vector_step','p:outersolnumindices_vector_numvalues','p:outersolnumindices_vector_function','p:outersolnumindices_vector_interval','p:outersolnumindices_vector_freqperdec','p:innerinput','p:solnumindices','p:solnumindices_vector_method','p:solnumindices_vector_start','p:solnumindices_vector_stop','p:solnumindices_vector_step','p:solnumindices_vector_numvalues','p:solnumindices_vector_function','p:solnumindices_vector_interval','p:solnumindices_vector_freqperdec','p:t_vector_method','p:t_vector_start','p:t_vector_stop','p:t_vector_step','p:t_vector_numvalues','p:t_vector_function','p:t_vector_interval','p:t_vector_freqperdec','p:showlooplevel','p:showlooplevelindices','p:looplevelindices_vector_method','p:looplevelindices_vector_start','p:looplevelindices_vector_stop','p:looplevelindices_vector_step','p:looplevelindices_vector_numvalues','p:looplevelindices_vector_function','p:looplevelindices_vector_interval','p:looplevelindices_vector_freqperdec','p:showinterp','p:interp_vector_method','p:interp_vector_start','p:interp_vector_stop','p:interp_vector_step','p:interp_vector_numvalues','p:interp_vector_function','p:interp_vector_interval','p:interp_vector_freqperdec','p:solutiontouchtype','p:isnew','p:previousnextlevel','p:phasetype','p:phase','p:savedatainmodel','p:titlenumberformatkey','p:titletype','p:titlecolor','p:customtitlecolor','p:titlenumberformat','p:titletrailingzeros','p:titleprecision','p:titleintegerdigits','p:titledecimals','p:titlealwayssign','p:titlealwaysimaginary','p:titleexponentdigits','p:titlealwayssignexp','p:datasetintitle','p:phaseintitle','p:filenameintitle','p:dateintitle','p:timeintitle','p:prefixintitle','p:suffixintitle','p:typeintitle','p:descriptionintitle','p:expressionintitle','p:unitintitle','p:titleparamindicator','p:paramindicator','p:help1','p:help2','p:help3','p:temptitleexpr','p:temptitleunit','p:evaluatedparamindicator','p:xlabelactive','p:ylabelactive','p:showsecylabel','p:yseclabel','p:yseclabelactive','p:twoyaxes','p:switchxy','p:showplotonsecyaxis','p:renderdatacached','p:inputmode','p:cutmode','p:planedepth','p:lastinputmode','p:linefirst','p:linesecond','p:lineisinit','p:planefirst','p:planesecond','p:planeisinit','p:cutlineds','p:cutlinedshash','p:cutplaneds','p:cutplanedshash','p:cutlinepg','p:cutlinepgds','p:cutplanepg','p:cutplanepgds','p:cutlineplot','p:cutplaneplot','p:axislimits','p:showsecaxislimit','p:yminsec','p:ymaxsec','p:preserveaspect','p:xlog','p:ylog','p:showsecylog','p:ylogsec','p:showgrid','p:showmanualgrid','p:manualgrid','p:showxspacing','p:xspacing','p:showyspacing','p:yspacing','p:showsecyspacing','p:ysecspacing','p:xextra','p:xextra_vector_method','p:xextra_vector_start','p:xextra_vector_stop','p:xextra_vector_step','p:xextra_vector_numvalues','p:xextra_vector_function','p:xextra_vector_interval','p:xextra_vector_freqperdec','p:yextra','p:yextra_vector_method','p:yextra_vector_start','p:yextra_vector_stop','p:yextra_vector_step','p:yextra_vector_numvalues','p:yextra_vector_function','p:yextra_vector_interval','p:yextra_vector_freqperdec','p:showsecyextra','p:ysecextra','p:ysecextra_vector_method','p:ysecextra_vector_start','p:ysecextra_vector_stop','p:ysecextra_vector_step','p:ysecextra_vector_numvalues','p:ysecextra_vector_function','p:ysecextra_vector_interval','p:ysecextra_vector_freqperdec','p:showlegends','p:legendlayout','p:legendpos','p:legendposx','p:legendposy','p:legendcolumncount','p:legendmaxwidthinside','p:legendposoutside','p:legendrowcount','p:showlegendsactive','p:showlegendsmaxmin','p:showlegendstitle','p:showlegendsunit','p:colorlegendpos','p:legendactive','p:legendnotation','p:legendcommonexp','p:legendtrailingzeros','p:legendupdate','p:axisactive','p:axisnotation','p:axiscommonexp','p:axistrailingzeros','p:axisupdate','p:window','p:showwindowtitle','p:windowtitle','p:windowtitleactive','p:allowtableupdate' true[]dataparentparentshowsolutionparamsoffsolrepresentationsolutioninfoshowlooplevelinputoff|off|off|looplevelinputshowloopleveloff|off|off|looplevelshowlooplevelindicesoff|off|off|looplevelindicesshowinterpoff|off|off|interpphasetypefromdatasetshowlocationinputofflocdefrefsurfshowlayerlocationoffunitdim0unittrans1exprsemi.I0_1unitAevalmethodactiveoffconstactiveoffconstprefixes|unwrapphaseoffxdataunittrans1xdatasolutionxdataparamunitVolddatasetfunctypecontinuousrefine1GEOMDIMgeom1[0][1]true[]defaultPlotIDweight0datadset1solutionparamsmanualsolrepresentationsolutioninfoshowlooplevelinputon|off|off|looplevelinputall|showloopleveloff|off|off|looplevel1|2|3|4|5|6|7|8|9|a|b|c|d|e|f|g|h|i|j|k|l|m|n|o|p|q|r|s|t|u|v|w|x|y|z|10|11|12|13|14|15|showlooplevelindicesoff|off|off|looplevelindicesshowinterpoff|off|off|interpphasetypefromdatasetsavedatainmodelofftitlenumberformatkey6showsecylabelofftwoyaxesoffswitchxyoffshowplotonsecyaxisoffshowsecylogoffshowsecyextraoffstyleconfignonenone BUILT 182,'p:isanim','p:isanimfirst','p:iscachedirty','p:readytoplot','p:legendactivechanged','p:showsolutionparams','p:solutionparams','p:solrepresentation','p:oldanalysistype','p:oldouteranalysistype','p:outertype','p:outerinput','p:outersolnum','p:outersolnumindices','p:outersolnumindices_vector_method','p:outersolnumindices_vector_start','p:outersolnumindices_vector_stop','p:outersolnumindices_vector_step','p:outersolnumindices_vector_numvalues','p:outersolnumindices_vector_function','p:outersolnumindices_vector_interval','p:outersolnumindices_vector_freqperdec','p:solvertype','p:innerinput','p:solnumindices','p:solnumindices_vector_method','p:solnumindices_vector_start','p:solnumindices_vector_stop','p:solnumindices_vector_step','p:solnumindices_vector_numvalues','p:solnumindices_vector_function','p:solnumindices_vector_interval','p:solnumindices_vector_freqperdec','p:t_vector_method','p:t_vector_start','p:t_vector_stop','p:t_vector_step','p:t_vector_numvalues','p:t_vector_function','p:t_vector_interval','p:t_vector_freqperdec','p:showlooplevelinput','p:looplevelinput','p:showlooplevel','p:looplevel','p:showlooplevelindices','p:looplevelindices','p:looplevelindices_vector_method','p:looplevelindices_vector_start','p:looplevelindices_vector_stop','p:looplevelindices_vector_step','p:looplevelindices_vector_numvalues','p:looplevelindices_vector_function','p:looplevelindices_vector_interval','p:looplevelindices_vector_freqperdec','p:showinterp','p:interp','p:interp_vector_method','p:interp_vector_start','p:interp_vector_stop','p:interp_vector_step','p:interp_vector_numvalues','p:interp_vector_function','p:interp_vector_interval','p:interp_vector_freqperdec','p:solutiontouchtype','p:phasetype','p:phase','p:previousnextlevel','p:showlocationinput','p:locinput','p:locdef','p:localzphys','p:localzphys_vector_method','p:localzphys_vector_start','p:localzphys_vector_stop','p:localzphys_vector_step','p:localzphys_vector_numvalues','p:localzphys_vector_function','p:localzphys_vector_interval','p:localzphys_vector_freqperdec','p:localzrel','p:localzrel_vector_method','p:localzrel_vector_start','p:localzrel_vector_stop','p:localzrel_vector_step','p:localzrel_vector_numvalues','p:localzrel_vector_function','p:localzrel_vector_interval','p:localzrel_vector_freqperdec','p:showlayerlocation','p:plotonsecyaxis','p:unitdim','p:unittrans','p:descractive','p:evalmethodactive','p:evalmethod','p:differential','p:constactive','p:const','p:constUnit','p:constisupdated','p:constprefixes','p:unwrapphase','p:titletype','p:prefixintitle','p:suffixintitle','p:typeintitle','p:descriptionintitle','p:expressionintitle','p:unitintitle','p:title','p:hasmultilevel','p:xdataunittrans','p:xdata','p:fouriershow','p:nsamples','p:nsamplesactive','p:inverse','p:maskdc','p:ignorelast','p:shiftzero','p:scaleperiod','p:indb','p:dbtype','p:dbref','p:dbmanualref','p:scale','p:nfreqs','p:nfreqsactive','p:freqrangeactive','p:freqmin','p:freqmax','p:xdataphaserange_vector_method','p:xdataphaserange_vector_start','p:xdataphaserange_vector_stop','p:xdataphaserange_vector_step','p:xdataphaserange_vector_numvalues','p:xdataphaserange_vector_function','p:xdataphaserange_vector_interval','p:xdataphaserange_vector_freqperdec','p:xdataphaseunit','p:xdataexpr','p:xdataunit','p:xdatadescractive','p:xdatadescr','p:xdataevalmethodactive','p:xdataevalmethod','p:xdatadifferential','p:olddataset','p:overridestyleconfiglinestyle','p:showlinestyle','p:linestyle','p:functype','p:showcolor','p:linecolor','p:customlinecolor','p:colorcycle','p:showwidth','p:linewidthslider','p:showmarker','p:linemarker','p:markers','p:refine','p:showquality','p:overridestyleconfiglegend','p:legend','p:legendmethod','p:autoplotlabel','p:autopoint','p:autosolution','p:autodescr','p:autoexpr','p:autounit','p:legendprefix','p:legendsuffix','p:legendallowexprshelp','p:legendexprprecision','p:legendpattern','p:legendtempexpr','p:legendtempunit','p:legendeval' true[]defaultPlotIDSemiconductor/phys3/pdef1/pcond1/pg2weight0datadset2solutionparamsmanualsolrepresentationsolutioninfoshowlooplevelinputoff|off|off|looplevelinputshowloopleveloff|off|off|looplevelshowlooplevelindicesoff|off|off|looplevelindicesshowinterpoff|off|off|interpphasetypefromdatasetsavedatainmodelofftitlenumberformatkey6showsecylabelofftwoyaxesoffswitchxyoffshowplotonsecyaxisoffshowsecylogoffshowsecyextraoffstyleconfignonenonetrue[]dataparentparentshowsolutionparamsoffsolrepresentationsolutioninfoshowlooplevelinputoff|off|off|looplevelinputshowloopleveloff|off|off|looplevelshowlooplevelindicesoff|off|off|looplevelindicesshowinterpoff|off|off|interpphasetypefromdatasetshowlocationinputofflocdefrefsurfshowlayerlocationoffunitdim0unittrans1exprsemi.Ec_euniteVevalmethodactiveoffconstactiveoffconstprefixes|xdataunittrans1xdataarcolddatasetdset2resolutionnorefineresolutionfromprefsonsmoothingsupportedonsmootheverywhereshowexpressionoffshowthresholdonthresholdnonerecoveroffGEOMDIMgeom1[1][1, 2]true[]dataparentparentshowsolutionparamsoffsolrepresentationsolutioninfoshowlooplevelinputoff|off|off|looplevelinputshowloopleveloff|off|off|looplevelshowlooplevelindicesoff|off|off|looplevelindicesshowinterpoff|off|off|interpphasetypefromdatasetshowlocationinputofflocdefrefsurfshowlayerlocationoffunitdim0unittrans1exprsemi.Efn_euniteVevalmethodactiveoffconstactiveoffconstprefixes|xdataunittrans1xdataarcolddatasetdset2resolutionnorefineresolutionfromprefsonsmoothingsupportedonsmootheverywhereshowexpressionoffshowthresholdonthresholdnonerecoveroffGEOMDIMgeom1[1][1, 2]true[]dataparentparentshowsolutionparamsoffsolrepresentationsolutioninfoshowlooplevelinputoff|off|off|looplevelinputshowloopleveloff|off|off|looplevelshowlooplevelindicesoff|off|off|looplevelindicesshowinterpoff|off|off|interpphasetypefromdatasetshowlocationinputofflocdefrefsurfshowlayerlocationoffunitdim0unittrans1exprsemi.Efp_euniteVevalmethodactiveoffconstactiveoffconstprefixes|xdataunittrans1xdataarcolddatasetdset2resolutionnorefineresolutionfromprefsonsmoothingsupportedonsmootheverywhereshowexpressionoffshowthresholdonthresholdnonerecoveroffGEOMDIMgeom1[1][1, 2]true[]dataparentparentshowsolutionparamsoffsolrepresentationsolutioninfoshowlooplevelinputoff|off|off|looplevelinputshowloopleveloff|off|off|looplevelshowlooplevelindicesoff|off|off|looplevelindicesshowinterpoff|off|off|interpphasetypefromdatasetshowlocationinputofflocdefrefsurfshowlayerlocationoffunitdim0unittrans1exprsemi.Ev_euniteVevalmethodactiveoffconstactiveoffconstprefixes|xdataunittrans1xdataarcolddatasetdset2resolutionnorefineresolutionfromprefsonsmoothingsupportedonsmootheverywhereshowexpressionoffshowthresholdonthresholdnonerecoveroffGEOMDIMgeom1[1][1, 2] BUILT 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true[]dataparentparentshowsolutionparamsoffsolrepresentationsolutioninfoshowlooplevelinputoff|off|off|looplevelinputshowloopleveloff|off|off|looplevelshowlooplevelindicesoff|off|off|looplevelindicesshowinterpoff|off|off|interpphasetypefromdatasetshowlocationinputofflocdefrefsurfshowlayerlocationoffunitdim0unittrans1exprsemi.Ec_euniteVevalmethodactiveoffconstactiveoffconstprefixes|xdataunittrans1xdataarcolddatasetdset2resolutionnorefineresolutionfromprefsonsmoothingsupportedonsmootheverywhereshowexpressionoffshowthresholdonthresholdnonerecoveroffGEOMDIMgeom1[1][1, 2]true[]defaultPlotIDSemiconductor/phys3/pdef1/pcond1/pg2weight0datadset2solutionparamsmanualsolrepresentationsolutioninfoshowlooplevelinputoff|off|off|looplevelinputshowloopleveloff|off|off|looplevelshowlooplevelindicesoff|off|off|looplevelindicesshowinterpoff|off|off|interpphasetypefromdatasetsavedatainmodelofftitlenumberformatkey6showsecylabelofftwoyaxesoffswitchxyoffshowplotonsecyaxisoffshowsecylogoffshowsecyextraoffstyleconfignonenone BUILT 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true[]dataparentparentshowsolutionparamsoffsolrepresentationsolutioninfoshowlooplevelinputoff|off|off|looplevelinputshowloopleveloff|off|off|looplevelshowlooplevelindicesoff|off|off|looplevelindicesshowinterpoff|off|off|interpphasetypefromdatasetshowlocationinputofflocdefrefsurfshowlayerlocationoffunitdim0unittrans1exprsemi.Efn_euniteVevalmethodactiveoffconstactiveoffconstprefixes|xdataunittrans1xdataarcolddatasetdset2resolutionnorefineresolutionfromprefsonsmoothingsupportedonsmootheverywhereshowexpressionoffshowthresholdonthresholdnonerecoveroffGEOMDIMgeom1[1][1, 2]true[]defaultPlotIDSemiconductor/phys3/pdef1/pcond1/pg2weight0datadset2solutionparamsmanualsolrepresentationsolutioninfoshowlooplevelinputoff|off|off|looplevelinputshowloopleveloff|off|off|looplevelshowlooplevelindicesoff|off|off|looplevelindicesshowinterpoff|off|off|interpphasetypefromdatasetsavedatainmodelofftitlenumberformatkey6showsecylabelofftwoyaxesoffswitchxyoffshowplotonsecyaxisoffshowsecylogoffshowsecyextraoffstyleconfignonenone BUILT 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true[]dataparentparentshowsolutionparamsoffsolrepresentationsolutioninfoshowlooplevelinputoff|off|off|looplevelinputshowloopleveloff|off|off|looplevelshowlooplevelindicesoff|off|off|looplevelindicesshowinterpoff|off|off|interpphasetypefromdatasetshowlocationinputofflocdefrefsurfshowlayerlocationoffunitdim0unittrans1exprsemi.Efp_euniteVevalmethodactiveoffconstactiveoffconstprefixes|xdataunittrans1xdataarcolddatasetdset2resolutionnorefineresolutionfromprefsonsmoothingsupportedonsmootheverywhereshowexpressionoffshowthresholdonthresholdnonerecoveroffGEOMDIMgeom1[1][1, 2]true[]defaultPlotIDSemiconductor/phys3/pdef1/pcond1/pg2weight0datadset2solutionparamsmanualsolrepresentationsolutioninfoshowlooplevelinputoff|off|off|looplevelinputshowloopleveloff|off|off|looplevelshowlooplevelindicesoff|off|off|looplevelindicesshowinterpoff|off|off|interpphasetypefromdatasetsavedatainmodelofftitlenumberformatkey6showsecylabelofftwoyaxesoffswitchxyoffshowplotonsecyaxisoffshowsecylogoffshowsecyextraoffstyleconfignonenone BUILT 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true[]defaultPlotIDSemiconductor/phys3/pdef1/pcond1/pg3weight0datadset2solutionparamsmanualsolrepresentationsolutioninfoshowlooplevelinputoff|off|off|looplevelinputshowloopleveloff|off|off|looplevelshowlooplevelindicesoff|off|off|looplevelindicesshowinterpoff|off|off|interpphasetypefromdatasetsavedatainmodelofftitlenumberformatkey6showsecylabelofftwoyaxesoffswitchxyoffshowplotonsecyaxisoffshowsecylogoffshowsecyextraoffstyleconfignonenonetrue[]dataparentparentshowsolutionparamsoffsolrepresentationsolutioninfoshowlooplevelinputoff|off|off|looplevelinputshowloopleveloff|off|off|looplevelshowlooplevelindicesoff|off|off|looplevelindicesshowinterpoff|off|off|interpphasetypefromdatasetshowlocationinputofflocdefrefsurfshowlayerlocationoffunitdim0unittrans1exprsemi.Nunit1/cm^3evalmethodactiveoffconstactiveoffconstprefixes|xdataunittrans1xdataarcolddatasetdset2resolutionnorefineresolutionfromprefsonsmoothingsupportedonsmootheverywhereshowexpressionoffshowthresholdonthresholdnonerecoveroffGEOMDIMgeom1[1][1, 2]true[]dataparentparentshowsolutionparamsoffsolrepresentationsolutioninfoshowlooplevelinputoff|off|off|looplevelinputshowloopleveloff|off|off|looplevelshowlooplevelindicesoff|off|off|looplevelindicesshowinterpoff|off|off|interpphasetypefromdatasetshowlocationinputofflocdefrefsurfshowlayerlocationoffunitdim0unittrans1exprsemi.Punit1/cm^3evalmethodactiveoffconstactiveoffconstprefixes|xdataunittrans1xdataarcolddatasetdset2resolutionnorefineresolutionfromprefsonsmoothingsupportedonsmootheverywhereshowexpressionoffshowthresholdonthresholdnonerecoveroffGEOMDIMgeom1[1][1, 2] BUILT 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true[]dataparentparentshowsolutionparamsoffsolrepresentationsolutioninfoshowlooplevelinputoff|off|off|looplevelinputshowloopleveloff|off|off|looplevelshowlooplevelindicesoff|off|off|looplevelindicesshowinterpoff|off|off|interpphasetypefromdatasetshowlocationinputofflocdefrefsurfshowlayerlocationoffunitdim0unittrans1exprsemi.Punit1/cm^3evalmethodactiveoffconstactiveoffconstprefixes|xdataunittrans1xdataarcolddatasetdset2resolutionnorefineresolutionfromprefsonsmoothingsupportedonsmootheverywhereshowexpressionoffshowthresholdonthresholdnonerecoveroffGEOMDIMgeom1[1][1, 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true[]defaultPlotIDSemiconductor/phys3/pdef1/pcond1/pg4weight0datadset2solutionparamsmanualsolrepresentationsolutioninfoshowlooplevelinputoff|off|off|looplevelinputshowloopleveloff|off|off|looplevelshowlooplevelindicesoff|off|off|looplevelindicesshowinterpoff|off|off|interpphasetypefromdatasetsavedatainmodelofftitlenumberformatkey6showsecylabelofftwoyaxesoffswitchxyoffshowplotonsecyaxisoffshowsecylogoffshowsecyextraoffstyleconfignonenonetrue[]dataparentparentshowsolutionparamsoffsolrepresentationsolutioninfoshowlooplevelinputoff|off|off|looplevelinputshowloopleveloff|off|off|looplevelshowlooplevelindicesoff|off|off|looplevelindicesshowinterpoff|off|off|interpphasetypefromdatasetshowlocationinputofflocdefrefsurfshowlayerlocationoffunitdim0unittrans1exprVunitVevalmethodactiveoffconstactiveoffconstprefixes|xdataunittrans1xdataarcolddatasetdset2resolutionnorefineresolutionfromprefsonsmoothingsupportedonsmootheverywhereshowexpressionoffshowthresholdonthresholdnonerecoveroffGEOMDIMgeom1[1][1, 2] BUILT 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true[]dataparentparentshowsolutionparamsoffsolrepresentationsolutioninfoshowlooplevelinputoff|off|off|looplevelinputshowloopleveloff|off|off|looplevelshowlooplevelindicesoff|off|off|looplevelindicesshowinterpoff|off|off|interpphasetypefromdatasetshowlocationinputofflocdefrefsurfshowlayerlocationoffunitdim0unittrans1exprVunitVevalmethodactiveoffconstactiveoffconstprefixes|xdataunittrans1xdataarcolddatasetdset2resolutionnorefineresolutionfromprefsonsmoothingsupportedonsmootheverywhereshowexpressionoffshowthresholdonthresholdnonerecoveroffGEOMDIMgeom1[1][1, 2]true[]defaultPlotIDSemiconductor/phys3/pdef1/pcond1/pg4weight0datadset2solutionparamsmanualsolrepresentationsolutioninfoshowlooplevelinputoff|off|off|looplevelinputshowloopleveloff|off|off|looplevelshowlooplevelindicesoff|off|off|looplevelindicesshowinterpoff|off|off|interpphasetypefromdatasetsavedatainmodelofftitlenumberformatkey6showsecylabelofftwoyaxesoffswitchxyoffshowplotonsecyaxisoffshowsecylogoffshowsecyextraoffstyleconfignonenone BUILT 171,'p:isanim','p:isanimfirst','p:iscachedirty','p:readytoplot','p:legendactivechanged','p:showsolutionparams','p:solutionparams','p:solrepresentation','p:oldanalysistype','p:oldouteranalysistype','p:outertype','p:outerinput','p:outersolnum','p:outersolnumindices','p:outersolnumindices_vector_method','p:outersolnumindices_vector_start','p:outersolnumindices_vector_stop','p:outersolnumindices_vector_step','p:outersolnumindices_vector_numvalues','p:outersolnumindices_vector_function','p:outersolnumindices_vector_interval','p:outersolnumindices_vector_freqperdec','p:solvertype','p:innerinput','p:solnumindices','p:solnumindices_vector_method','p:solnumindices_vector_start','p:solnumindices_vector_stop','p:solnumindices_vector_step','p:solnumindices_vector_numvalues','p:solnumindices_vector_function','p:solnumindices_vector_interval','p:solnumindices_vector_freqperdec','p:t_vector_method','p:t_vector_start','p:t_vector_stop','p:t_vector_step','p:t_vector_numvalues','p:t_vector_function','p:t_vector_interval','p:t_vector_freqperdec','p:showlooplevelinput','p:looplevelinput','p:showlooplevel','p:looplevel','p:showlooplevelindices','p:looplevelindices','p:looplevelindices_vector_method','p:looplevelindices_vector_start','p:looplevelindices_vector_stop','p:looplevelindices_vector_step','p:looplevelindices_vector_numvalues','p:looplevelindices_vector_function','p:looplevelindices_vector_interval','p:looplevelindices_vector_freqperdec','p:showinterp','p:interp','p:interp_vector_method','p:interp_vector_start','p:interp_vector_stop','p:interp_vector_step','p:interp_vector_numvalues','p:interp_vector_function','p:interp_vector_interval','p:interp_vector_freqperdec','p:solutiontouchtype','p:phasetype','p:phase','p:previousnextlevel','p:previousnextlevelinitialized','p:showlocationinput','p:locinput','p:locdef','p:localzphys','p:localzphys_vector_method','p:localzphys_vector_start','p:localzphys_vector_stop','p:localzphys_vector_step','p:localzphys_vector_numvalues','p:localzphys_vector_function','p:localzphys_vector_interval','p:localzphys_vector_freqperdec','p:localzrel','p:localzrel_vector_method','p:localzrel_vector_start','p:localzrel_vector_stop','p:localzrel_vector_step','p:localzrel_vector_numvalues','p:localzrel_vector_function','p:localzrel_vector_interval','p:localzrel_vector_freqperdec','p:showlayerlocation','p:inputmode','p:cutmode','p:cutline','p:previewpg','p:previewview','p:previewwindow','p:updatetoolbar','p:listen','p:linefirst','p:linesecond','p:lineisinit','p:plotonsecyaxis','p:unitdim','p:unittrans','p:descractive','p:evalmethodactive','p:evalmethod','p:differential','p:constactive','p:const','p:constUnit','p:constisupdated','p:constprefixes','p:titletype','p:prefixintitle','p:suffixintitle','p:typeintitle','p:descriptionintitle','p:expressionintitle','p:unitintitle','p:title','p:xdataunittrans','p:xdata','p:xdataexpr','p:xdataunit','p:xdatadescractive','p:xdatadescr','p:xdataevalmethodactive','p:xdataevalmethod','p:xdatadifferential','p:xmin','p:overridestyleconfiglinestyle','p:showlinestyle','p:linestyle','p:showcolor','p:linecolor','p:customlinecolor','p:colorcycle','p:showwidth','p:showlinewidthslider','p:linewidthslider','p:showmarker','p:linemarker','p:markerpos','p:markers','p:overridestyleconfiglegend','p:legend','p:legendmethod','p:autoplotlabel','p:autosolution','p:autodescr','p:autoexpr','p:autounit','p:legendprefix','p:legendsuffix','p:legendallowexprshelp','p:legendexprprecision','p:legendpattern','p:legendtempexpr','p:legendtempunit','p:legendeval','p:resolutionfromprefs','p:smoothingsupported','p:showexpression','p:smoothexpr','p:showthreshold','p:threshold','p:thresholdvalue','p:recover' true[]defaultPlotIDweight0datadset2solutionparamsmanualsolrepresentationsolutioninfoshowlooplevelinputoff|off|off|looplevelinputshowloopleveloff|off|off|looplevelshowlooplevelindicesoff|off|off|looplevelindicesshowinterpoff|off|off|interpphasetypefromdatasetsavedatainmodelofftitlenumberformatkey6showsecylabelofftwoyaxesoffswitchxyoffshowplotonsecyaxisoffshowsecylogoffshowsecyextraoffstyleconfignonenonetrue[]dataparentparentshowsolutionparamsoffsolrepresentationsolutioninfoshowlooplevelinputoff|off|off|looplevelinputshowloopleveloff|off|off|looplevelshowlooplevelindicesoff|off|off|looplevelindicesshowinterpoff|off|off|interpphasetypefromdatasetshowlocationinputofflocdefrefsurfshowlayerlocationoffunitdim0unittrans1exprsemi.Nnetdopunit1/cm^3evalmethodactiveoffconstactiveoffconstprefixes|xdataunittrans1xdataexprxdataexprXxdataunitµmxdataevalmethodactiveoffolddatasetdset2resolutionnormalresolutionfromprefsonsmoothingsupportedonsmoothmaterialshowexpressionoffshowthresholdonthresholdnonerecoveroffGEOMDIMgeom1[1]ALLtrue[]exprsemi.Na-semi.Nd > 1[1/cm^3]xinconxdeconyinconydecontrue[]dataparentparentshowsolutionparamsoffsolrepresentationsolutioninfoshowlooplevelinputoff|off|off|looplevelinputshowloopleveloff|off|off|looplevelshowlooplevelindicesoff|off|off|looplevelindicesshowinterpoff|off|off|interpphasetypefromdatasetshowlocationinputofflocdefrefsurfshowlayerlocationoffunitdim0unittrans1exprsemi.Nnetdopunit1/cm^3evalmethodactiveoffconstactiveoffconstprefixes|xdataunittrans1xdataexprxdataexprXxdataunitµmxdataevalmethodactiveoffolddatasetdset2resolutionnormalresolutionfromprefsonsmoothingsupportedonsmoothmaterialshowexpressionoffshowthresholdonthresholdnonerecoveroffGEOMDIMgeom1[1]ALLtrue[]exprsemi.Nd-semi.Na > 1[1/cm^3]xinconxdeconyinconydecon BUILT 210,'p:renderinfo','p:ispendingzoom','p:isforexport','p:colortheme','p:isforreport','p:preventautozoomextents','p:needsstylerepaint','p:stylerepaintinprogress','p:defaultaxisunits','p:animating','p:legendactivechanged','p:defaultPlotID','p:weight','p:probetag','p:probehasbeenplotted','p:solutionparams','p:solrepresentation','p:oldouteranalysistype','p:outertype','p:outerinput','p:outersolnum','p:outersolnumindices','p:outersolnumindices_vector_method','p:outersolnumindices_vector_start','p:outersolnumindices_vector_stop','p:outersolnumindices_vector_step','p:outersolnumindices_vector_numvalues','p:outersolnumindices_vector_function','p:outersolnumindices_vector_interval','p:outersolnumindices_vector_freqperdec','p:solvertype','p:innerinput','p:solnumindices','p:solnumindices_vector_method','p:solnumindices_vector_start','p:solnumindices_vector_stop','p:solnumindices_vector_step','p:solnumindices_vector_numvalues','p:solnumindices_vector_function','p:solnumindices_vector_interval','p:solnumindices_vector_freqperdec','p:t_vector_method','p:t_vector_start','p:t_vector_stop','p:t_vector_step','p:t_vector_numvalues','p:t_vector_function','p:t_vector_interval','p:t_vector_freqperdec','p:showlooplevelinput','p:looplevelinput','p:showlooplevel','p:looplevel','p:showlooplevelindices','p:looplevelindices_vector_method','p:looplevelindices_vector_start','p:looplevelindices_vector_stop','p:looplevelindices_vector_step','p:looplevelindices_vector_numvalues','p:looplevelindices_vector_function','p:looplevelindices_vector_interval','p:looplevelindices_vector_freqperdec','p:showinterp','p:interp_vector_method','p:interp_vector_start','p:interp_vector_stop','p:interp_vector_step','p:interp_vector_numvalues','p:interp_vector_function','p:interp_vector_interval','p:interp_vector_freqperdec','p:solutiontouchtype','p:isnew','p:previousnextlevel','p:phasetype','p:phase','p:savedatainmodel','p:titlenumberformatkey','p:titlecolor','p:customtitlecolor','p:titlenumberformat','p:titletrailingzeros','p:titleprecision','p:titleintegerdigits','p:titledecimals','p:titlealwayssign','p:titlealwaysimaginary','p:titleexponentdigits','p:titlealwayssignexp','p:datasetintitle','p:phaseintitle','p:filenameintitle','p:dateintitle','p:timeintitle','p:prefixintitle','p:suffixintitle','p:typeintitle','p:descriptionintitle','p:expressionintitle','p:unitintitle','p:titleparamindicator','p:title','p:paramindicator','p:help1','p:help2','p:help3','p:temptitleexpr','p:temptitleunit','p:evaluatedtitle','p:evaluatedparamindicator','p:xlabelactive','p:showsecylabel','p:yseclabel','p:yseclabelactive','p:twoyaxes','p:switchxy','p:showplotonsecyaxis','p:renderdatacached','p:inputmode','p:cutmode','p:planedepth','p:lastinputmode','p:linefirst','p:linesecond','p:lineisinit','p:planefirst','p:planesecond','p:planeisinit','p:cutlineds','p:cutlinedshash','p:cutplaneds','p:cutplanedshash','p:cutlinepg','p:cutlinepgds','p:cutplanepg','p:cutplanepgds','p:cutlineplot','p:cutplaneplot','p:axislimits','p:showsecaxislimit','p:yminsec','p:ymaxsec','p:preserveaspect','p:xlog','p:showsecylog','p:ylogsec','p:showgrid','p:showmanualgrid','p:manualgrid','p:showxspacing','p:xspacing','p:yspacing','p:showsecyspacing','p:ysecspacing','p:xextra','p:xextra_vector_method','p:xextra_vector_start','p:xextra_vector_stop','p:xextra_vector_step','p:xextra_vector_numvalues','p:xextra_vector_function','p:xextra_vector_interval','p:xextra_vector_freqperdec','p:yextra','p:yextra_vector_method','p:yextra_vector_start','p:yextra_vector_stop','p:yextra_vector_step','p:yextra_vector_numvalues','p:yextra_vector_function','p:yextra_vector_interval','p:yextra_vector_freqperdec','p:showsecyextra','p:ysecextra','p:ysecextra_vector_method','p:ysecextra_vector_start','p:ysecextra_vector_stop','p:ysecextra_vector_step','p:ysecextra_vector_numvalues','p:ysecextra_vector_function','p:ysecextra_vector_interval','p:ysecextra_vector_freqperdec','p:showlegends','p:legendlayout','p:legendposx','p:legendposy','p:legendcolumncount','p:legendmaxwidthinside','p:legendposoutside','p:legendrowcount','p:showlegendsactive','p:showlegendsmaxmin','p:showlegendstitle','p:showlegendsunit','p:colorlegendpos','p:legendactive','p:legendnotation','p:legendcommonexp','p:legendtrailingzeros','p:legendupdate','p:axisactive','p:axisnotation','p:axiscommonexp','p:axistrailingzeros','p:axisupdate','p:window','p:showwindowtitle','p:windowtitle','p:windowtitleactive','p:allowtableupdate' true[]dataparentparentshowsolutionparamsoffsolrepresentationsolutioninfoshowlooplevelinputoff|off|off|looplevelinputshowloopleveloff|off|off|looplevelshowlooplevelindicesoff|off|off|looplevelindicesshowinterpoff|off|off|interpphasetypefromdatasetshowlocationinputofflocdefrefsurfshowlayerlocationoffunitdim0unittrans1exprsemi.Nnetdopunit1/cm^3evalmethodactiveoffconstactiveoffconstprefixes|xdataunittrans1xdataexprxdataexprXxdataunitµmxdataevalmethodactiveoffolddatasetdset2resolutionnormalresolutionfromprefsonsmoothingsupportedonsmoothmaterialshowexpressionoffshowthresholdonthresholdnonerecoveroffGEOMDIMgeom1[1]ALLtrue[]exprsemi.Na-semi.Nd > 1[1/cm^3]xinconxdeconyinconydecontrue[]defaultPlotIDweight0datadset2solutionparamsmanualsolrepresentationsolutioninfoshowlooplevelinputoff|off|off|looplevelinputshowloopleveloff|off|off|looplevelshowlooplevelindicesoff|off|off|looplevelindicesshowinterpoff|off|off|interpphasetypefromdatasetsavedatainmodelofftitlenumberformatkey6showsecylabelofftwoyaxesoffswitchxyoffshowplotonsecyaxisoffshowsecylogoffshowsecyextraoffstyleconfignonenone BUILT 164,'p:isanim','p:isanimfirst','p:iscachedirty','p:readytoplot','p:legendactivechanged','p:showsolutionparams','p:solutionparams','p:solrepresentation','p:oldanalysistype','p:oldouteranalysistype','p:outertype','p:outerinput','p:outersolnum','p:outersolnumindices','p:outersolnumindices_vector_method','p:outersolnumindices_vector_start','p:outersolnumindices_vector_stop','p:outersolnumindices_vector_step','p:outersolnumindices_vector_numvalues','p:outersolnumindices_vector_function','p:outersolnumindices_vector_interval','p:outersolnumindices_vector_freqperdec','p:solvertype','p:innerinput','p:solnumindices','p:solnumindices_vector_method','p:solnumindices_vector_start','p:solnumindices_vector_stop','p:solnumindices_vector_step','p:solnumindices_vector_numvalues','p:solnumindices_vector_function','p:solnumindices_vector_interval','p:solnumindices_vector_freqperdec','p:t_vector_method','p:t_vector_start','p:t_vector_stop','p:t_vector_step','p:t_vector_numvalues','p:t_vector_function','p:t_vector_interval','p:t_vector_freqperdec','p:showlooplevelinput','p:looplevelinput','p:showlooplevel','p:looplevel','p:showlooplevelindices','p:looplevelindices','p:looplevelindices_vector_method','p:looplevelindices_vector_start','p:looplevelindices_vector_stop','p:looplevelindices_vector_step','p:looplevelindices_vector_numvalues','p:looplevelindices_vector_function','p:looplevelindices_vector_interval','p:looplevelindices_vector_freqperdec','p:showinterp','p:interp','p:interp_vector_method','p:interp_vector_start','p:interp_vector_stop','p:interp_vector_step','p:interp_vector_numvalues','p:interp_vector_function','p:interp_vector_interval','p:interp_vector_freqperdec','p:solutiontouchtype','p:phasetype','p:phase','p:previousnextlevel','p:showlocationinput','p:locinput','p:locdef','p:localzphys','p:localzphys_vector_method','p:localzphys_vector_start','p:localzphys_vector_stop','p:localzphys_vector_step','p:localzphys_vector_numvalues','p:localzphys_vector_function','p:localzphys_vector_interval','p:localzphys_vector_freqperdec','p:localzrel','p:localzrel_vector_method','p:localzrel_vector_start','p:localzrel_vector_stop','p:localzrel_vector_step','p:localzrel_vector_numvalues','p:localzrel_vector_function','p:localzrel_vector_interval','p:localzrel_vector_freqperdec','p:showlayerlocation','p:inputmode','p:cutmode','p:cutline','p:previewpg','p:previewview','p:previewwindow','p:updatetoolbar','p:listen','p:linefirst','p:linesecond','p:lineisinit','p:plotonsecyaxis','p:unitdim','p:unittrans','p:descractive','p:evalmethodactive','p:evalmethod','p:differential','p:constactive','p:const','p:constUnit','p:constisupdated','p:constprefixes','p:titletype','p:prefixintitle','p:suffixintitle','p:typeintitle','p:descriptionintitle','p:expressionintitle','p:unitintitle','p:title','p:xdataunittrans','p:xdatadescractive','p:xdataevalmethodactive','p:xdataevalmethod','p:xdatadifferential','p:xmin','p:overridestyleconfiglinestyle','p:showlinestyle','p:linestyle','p:showcolor','p:colorcycle','p:showwidth','p:showlinewidthslider','p:linewidthslider','p:showmarker','p:linemarker','p:markerpos','p:markers','p:overridestyleconfiglegend','p:autoplotlabel','p:autosolution','p:autodescr','p:autoexpr','p:autounit','p:legendprefix','p:legendsuffix','p:legendallowexprshelp','p:legendexprprecision','p:legendpattern','p:legendtempexpr','p:legendtempunit','p:legendprefixeval','p:legendsuffixeval','p:legendeval','p:resolutionfromprefs','p:smoothingsupported','p:showexpression','p:smoothexpr','p:showthreshold','p:threshold','p:thresholdvalue','p:recover' true[]exprsemi.Na-semi.Nd > 1[1/cm^3]xinconxdeconyinconydecontrue[]dataparentparentshowsolutionparamsoffsolrepresentationsolutioninfoshowlooplevelinputoff|off|off|looplevelinputshowloopleveloff|off|off|looplevelshowlooplevelindicesoff|off|off|looplevelindicesshowinterpoff|off|off|interpphasetypefromdatasetshowlocationinputofflocdefrefsurfshowlayerlocationoffunitdim0unittrans1exprsemi.Nnetdopunit1/cm^3evalmethodactiveoffconstactiveoffconstprefixes|xdataunittrans1xdataexprxdataexprXxdataunitµmxdataevalmethodactiveoffolddatasetdset2resolutionnormalresolutionfromprefsonsmoothingsupportedonsmoothmaterialshowexpressionoffshowthresholdonthresholdnonerecoveroffGEOMDIMgeom1[1]ALLtrue[]defaultPlotIDweight0datadset2solutionparamsmanualsolrepresentationsolutioninfoshowlooplevelinputoff|off|off|looplevelinputshowloopleveloff|off|off|looplevelshowlooplevelindicesoff|off|off|looplevelindicesshowinterpoff|off|off|interpphasetypefromdatasetsavedatainmodelofftitlenumberformatkey6showsecylabelofftwoyaxesoffswitchxyoffshowplotonsecyaxisoffshowsecylogoffshowsecyextraoffstyleconfignonenone BUILT 5,'p:legendactivechanged','p:xinc','p:xdec','p:yinc','p:ydec' true[]dataparentparentshowsolutionparamsoffsolrepresentationsolutioninfoshowlooplevelinputoff|off|off|looplevelinputshowloopleveloff|off|off|looplevelshowlooplevelindicesoff|off|off|looplevelindicesshowinterpoff|off|off|interpphasetypefromdatasetshowlocationinputofflocdefrefsurfshowlayerlocationoffunitdim0unittrans1exprsemi.Nnetdopunit1/cm^3evalmethodactiveoffconstactiveoffconstprefixes|xdataunittrans1xdataexprxdataexprXxdataunitµmxdataevalmethodactiveoffolddatasetdset2resolutionnormalresolutionfromprefsonsmoothingsupportedonsmoothmaterialshowexpressionoffshowthresholdonthresholdnonerecoveroffGEOMDIMgeom1[1]ALLtrue[]exprsemi.Nd-semi.Na > 1[1/cm^3]xinconxdeconyinconydecontrue[]defaultPlotIDweight0datadset2solutionparamsmanualsolrepresentationsolutioninfoshowlooplevelinputoff|off|off|looplevelinputshowloopleveloff|off|off|looplevelshowlooplevelindicesoff|off|off|looplevelindicesshowinterpoff|off|off|interpphasetypefromdatasetsavedatainmodelofftitlenumberformatkey6showsecylabelofftwoyaxesoffswitchxyoffshowplotonsecyaxisoffshowsecylogoffshowsecyextraoffstyleconfignonenone BUILT 163,'p:isanim','p:isanimfirst','p:iscachedirty','p:readytoplot','p:legendactivechanged','p:showsolutionparams','p:solutionparams','p:solrepresentation','p:oldanalysistype','p:oldouteranalysistype','p:outertype','p:outerinput','p:outersolnum','p:outersolnumindices','p:outersolnumindices_vector_method','p:outersolnumindices_vector_start','p:outersolnumindices_vector_stop','p:outersolnumindices_vector_step','p:outersolnumindices_vector_numvalues','p:outersolnumindices_vector_function','p:outersolnumindices_vector_interval','p:outersolnumindices_vector_freqperdec','p:solvertype','p:innerinput','p:solnumindices','p:solnumindices_vector_method','p:solnumindices_vector_start','p:solnumindices_vector_stop','p:solnumindices_vector_step','p:solnumindices_vector_numvalues','p:solnumindices_vector_function','p:solnumindices_vector_interval','p:solnumindices_vector_freqperdec','p:t_vector_method','p:t_vector_start','p:t_vector_stop','p:t_vector_step','p:t_vector_numvalues','p:t_vector_function','p:t_vector_interval','p:t_vector_freqperdec','p:showlooplevelinput','p:looplevelinput','p:showlooplevel','p:looplevel','p:showlooplevelindices','p:looplevelindices','p:looplevelindices_vector_method','p:looplevelindices_vector_start','p:looplevelindices_vector_stop','p:looplevelindices_vector_step','p:looplevelindices_vector_numvalues','p:looplevelindices_vector_function','p:looplevelindices_vector_interval','p:looplevelindices_vector_freqperdec','p:showinterp','p:interp','p:interp_vector_method','p:interp_vector_start','p:interp_vector_stop','p:interp_vector_step','p:interp_vector_numvalues','p:interp_vector_function','p:interp_vector_interval','p:interp_vector_freqperdec','p:solutiontouchtype','p:phasetype','p:phase','p:previousnextlevel','p:showlocationinput','p:locinput','p:locdef','p:localzphys','p:localzphys_vector_method','p:localzphys_vector_start','p:localzphys_vector_stop','p:localzphys_vector_step','p:localzphys_vector_numvalues','p:localzphys_vector_function','p:localzphys_vector_interval','p:localzphys_vector_freqperdec','p:localzrel','p:localzrel_vector_method','p:localzrel_vector_start','p:localzrel_vector_stop','p:localzrel_vector_step','p:localzrel_vector_numvalues','p:localzrel_vector_function','p:localzrel_vector_interval','p:localzrel_vector_freqperdec','p:showlayerlocation','p:inputmode','p:cutmode','p:cutline','p:previewpg','p:previewview','p:previewwindow','p:updatetoolbar','p:listen','p:linefirst','p:linesecond','p:lineisinit','p:plotonsecyaxis','p:unitdim','p:unittrans','p:descractive','p:evalmethodactive','p:evalmethod','p:differential','p:constactive','p:const','p:constUnit','p:constisupdated','p:constprefixes','p:titletype','p:prefixintitle','p:suffixintitle','p:typeintitle','p:descriptionintitle','p:expressionintitle','p:unitintitle','p:title','p:xdataunittrans','p:xdatadescractive','p:xdataevalmethodactive','p:xdataevalmethod','p:xdatadifferential','p:overridestyleconfiglinestyle','p:showlinestyle','p:linestyle','p:showcolor','p:colorcycle','p:showwidth','p:showlinewidthslider','p:linewidthslider','p:showmarker','p:linemarker','p:markerpos','p:markers','p:overridestyleconfiglegend','p:autoplotlabel','p:autosolution','p:autodescr','p:autoexpr','p:autounit','p:legendprefix','p:legendsuffix','p:legendallowexprshelp','p:legendexprprecision','p:legendpattern','p:legendtempexpr','p:legendtempunit','p:legendprefixeval','p:legendsuffixeval','p:legendeval','p:resolutionfromprefs','p:smoothingsupported','p:showexpression','p:smoothexpr','p:showthreshold','p:threshold','p:thresholdvalue','p:recover' true[]exprsemi.Nd-semi.Na > 1[1/cm^3]xinconxdeconyinconydecontrue[]dataparentparentshowsolutionparamsoffsolrepresentationsolutioninfoshowlooplevelinputoff|off|off|looplevelinputshowloopleveloff|off|off|looplevelshowlooplevelindicesoff|off|off|looplevelindicesshowinterpoff|off|off|interpphasetypefromdatasetshowlocationinputofflocdefrefsurfshowlayerlocationoffunitdim0unittrans1exprsemi.Nnetdopunit1/cm^3evalmethodactiveoffconstactiveoffconstprefixes|xdataunittrans1xdataexprxdataexprXxdataunitµmxdataevalmethodactiveoffolddatasetdset2resolutionnormalresolutionfromprefsonsmoothingsupportedonsmoothmaterialshowexpressionoffshowthresholdonthresholdnonerecoveroffGEOMDIMgeom1[1]ALLtrue[]defaultPlotIDweight0datadset2solutionparamsmanualsolrepresentationsolutioninfoshowlooplevelinputoff|off|off|looplevelinputshowloopleveloff|off|off|looplevelshowlooplevelindicesoff|off|off|looplevelindicesshowinterpoff|off|off|interpphasetypefromdatasetsavedatainmodelofftitlenumberformatkey6showsecylabelofftwoyaxesoffswitchxyoffshowplotonsecyaxisoffshowsecylogoffshowsecyextraoffstyleconfignonenone BUILT 5,'p:legendactivechanged','p:xinc','p:xdec','p:yinc','p:ydec' true[]defaultPlotIDweight0datadset1solutionparamsmanualsolrepresentationsolutioninfoshowlooplevelinputon|off|off|looplevelinputall|showloopleveloff|off|off|looplevel1|2|3|4|5|6|7|8|9|a|b|c|d|e|f|g|h|i|j|k|l|m|n|o|p|q|r|s|t|u|v|w|x|y|z|10|11|12|13|14|15|showlooplevelindicesoff|off|off|looplevelindicesshowinterpoff|off|off|interpphasetypefromdatasetsavedatainmodelofftitlenumberformatkey6showsecylabelofftwoyaxesoffswitchxyoffshowplotonsecyaxisoffshowsecylogoffshowsecyextraoffstyleconfignonenonetrue[]dataparentparentshowsolutionparamsoffsolrepresentationsolutioninfoshowlooplevelinputoff|off|off|looplevelinputshowloopleveloff|off|off|looplevelshowlooplevelindicesoff|off|off|looplevelindicesshowinterpoff|off|off|interpphasetypefromdatasetshowlocationinputofflocdefrefsurfshowlayerlocationoffunitdim0unittrans1exprabs(semi.N-semi.P)unit1/cm^3evalmethodactiveoffconstactiveoffconstprefixes|xdataunittrans1xdataarcolddatasetdset1resolutionnormalresolutionfromprefsonsmoothingsupportedonsmoothmaterialshowexpressionoffshowthresholdonthresholdnonerecoveroffGEOMDIMgeom1[1]ALL BUILT 209,'p:renderinfo','p:ispendingzoom','p:isforexport','p:colortheme','p:isforreport','p:preventautozoomextents','p:needsstylerepaint','p:stylerepaintinprogress','p:defaultaxisunits','p:animating','p:legendactivechanged','p:defaultPlotID','p:weight','p:probetag','p:probehasbeenplotted','p:solutionparams','p:solrepresentation','p:oldouteranalysistype','p:outertype','p:outerinput','p:outersolnum','p:outersolnumindices','p:outersolnumindices_vector_method','p:outersolnumindices_vector_start','p:outersolnumindices_vector_stop','p:outersolnumindices_vector_step','p:outersolnumindices_vector_numvalues','p:outersolnumindices_vector_function','p:outersolnumindices_vector_interval','p:outersolnumindices_vector_freqperdec','p:innerinput','p:solnumindices','p:solnumindices_vector_method','p:solnumindices_vector_start','p:solnumindices_vector_stop','p:solnumindices_vector_step','p:solnumindices_vector_numvalues','p:solnumindices_vector_function','p:solnumindices_vector_interval','p:solnumindices_vector_freqperdec','p:t_vector_method','p:t_vector_start','p:t_vector_stop','p:t_vector_step','p:t_vector_numvalues','p:t_vector_function','p:t_vector_interval','p:t_vector_freqperdec','p:showlooplevel','p:showlooplevelindices','p:looplevelindices_vector_method','p:looplevelindices_vector_start','p:looplevelindices_vector_stop','p:looplevelindices_vector_step','p:looplevelindices_vector_numvalues','p:looplevelindices_vector_function','p:looplevelindices_vector_interval','p:looplevelindices_vector_freqperdec','p:showinterp','p:interp_vector_method','p:interp_vector_start','p:interp_vector_stop','p:interp_vector_step','p:interp_vector_numvalues','p:interp_vector_function','p:interp_vector_interval','p:interp_vector_freqperdec','p:solutiontouchtype','p:isnew','p:previousnextlevel','p:phasetype','p:phase','p:savedatainmodel','p:titlenumberformatkey','p:titletype','p:titlecolor','p:customtitlecolor','p:titlenumberformat','p:titletrailingzeros','p:titleprecision','p:titleintegerdigits','p:titledecimals','p:titlealwayssign','p:titlealwaysimaginary','p:titleexponentdigits','p:titlealwayssignexp','p:datasetintitle','p:phaseintitle','p:filenameintitle','p:dateintitle','p:timeintitle','p:prefixintitle','p:suffixintitle','p:typeintitle','p:descriptionintitle','p:expressionintitle','p:unitintitle','p:titleparamindicator','p:paramindicator','p:help1','p:help2','p:help3','p:temptitleexpr','p:temptitleunit','p:evaluatedparamindicator','p:xlabelactive','p:ylabelactive','p:showsecylabel','p:yseclabel','p:yseclabelactive','p:twoyaxes','p:switchxy','p:showplotonsecyaxis','p:renderdatacached','p:inputmode','p:cutmode','p:planedepth','p:lastinputmode','p:linefirst','p:linesecond','p:lineisinit','p:planefirst','p:planesecond','p:planeisinit','p:cutlineds','p:cutlinedshash','p:cutplaneds','p:cutplanedshash','p:cutlinepg','p:cutlinepgds','p:cutplanepg','p:cutplanepgds','p:cutlineplot','p:cutplaneplot','p:axislimits','p:showsecaxislimit','p:yminsec','p:ymaxsec','p:preserveaspect','p:xlog','p:ylog','p:showsecylog','p:ylogsec','p:showgrid','p:showmanualgrid','p:manualgrid','p:showxspacing','p:xspacing','p:showyspacing','p:yspacing','p:showsecyspacing','p:ysecspacing','p:xextra','p:xextra_vector_method','p:xextra_vector_start','p:xextra_vector_stop','p:xextra_vector_step','p:xextra_vector_numvalues','p:xextra_vector_function','p:xextra_vector_interval','p:xextra_vector_freqperdec','p:yextra','p:yextra_vector_method','p:yextra_vector_start','p:yextra_vector_stop','p:yextra_vector_step','p:yextra_vector_numvalues','p:yextra_vector_function','p:yextra_vector_interval','p:yextra_vector_freqperdec','p:showsecyextra','p:ysecextra','p:ysecextra_vector_method','p:ysecextra_vector_start','p:ysecextra_vector_stop','p:ysecextra_vector_step','p:ysecextra_vector_numvalues','p:ysecextra_vector_function','p:ysecextra_vector_interval','p:ysecextra_vector_freqperdec','p:showlegends','p:legendlayout','p:legendpos','p:legendposx','p:legendposy','p:legendcolumncount','p:legendmaxwidthinside','p:legendposoutside','p:legendrowcount','p:showlegendsactive','p:showlegendsmaxmin','p:showlegendstitle','p:showlegendsunit','p:colorlegendpos','p:legendactive','p:legendnotation','p:legendcommonexp','p:legendtrailingzeros','p:legendupdate','p:axisactive','p:axisnotation','p:axiscommonexp','p:axistrailingzeros','p:axisupdate','p:window','p:showwindowtitle','p:windowtitle','p:windowtitleactive','p:allowtableupdate' true[]dataparentparentshowsolutionparamsoffsolrepresentationsolutioninfoshowlooplevelinputoff|off|off|looplevelinputshowloopleveloff|off|off|looplevelshowlooplevelindicesoff|off|off|looplevelindicesshowinterpoff|off|off|interpphasetypefromdatasetshowlocationinputofflocdefrefsurfshowlayerlocationoffunitdim0unittrans1exprabs(semi.N-semi.P)unit1/cm^3evalmethodactiveoffconstactiveoffconstprefixes|xdataunittrans1xdataarcolddatasetdset1resolutionnormalresolutionfromprefsonsmoothingsupportedonsmoothmaterialshowexpressionoffshowthresholdonthresholdnonerecoveroffGEOMDIMgeom1[1]ALLtrue[]defaultPlotIDweight0datadset1solutionparamsmanualsolrepresentationsolutioninfoshowlooplevelinputon|off|off|looplevelinputall|showloopleveloff|off|off|looplevel1|2|3|4|5|6|7|8|9|a|b|c|d|e|f|g|h|i|j|k|l|m|n|o|p|q|r|s|t|u|v|w|x|y|z|10|11|12|13|14|15|showlooplevelindicesoff|off|off|looplevelindicesshowinterpoff|off|off|interpphasetypefromdatasetsavedatainmodelofftitlenumberformatkey6showsecylabelofftwoyaxesoffswitchxyoffshowplotonsecyaxisoffshowsecylogoffshowsecyextraoffstyleconfignonenone BUILT 168,'p:isanim','p:isanimfirst','p:iscachedirty','p:readytoplot','p:legendactivechanged','p:showsolutionparams','p:solutionparams','p:solrepresentation','p:oldanalysistype','p:oldouteranalysistype','p:outertype','p:outerinput','p:outersolnum','p:outersolnumindices','p:outersolnumindices_vector_method','p:outersolnumindices_vector_start','p:outersolnumindices_vector_stop','p:outersolnumindices_vector_step','p:outersolnumindices_vector_numvalues','p:outersolnumindices_vector_function','p:outersolnumindices_vector_interval','p:outersolnumindices_vector_freqperdec','p:solvertype','p:innerinput','p:solnumindices','p:solnumindices_vector_method','p:solnumindices_vector_start','p:solnumindices_vector_stop','p:solnumindices_vector_step','p:solnumindices_vector_numvalues','p:solnumindices_vector_function','p:solnumindices_vector_interval','p:solnumindices_vector_freqperdec','p:t_vector_method','p:t_vector_start','p:t_vector_stop','p:t_vector_step','p:t_vector_numvalues','p:t_vector_function','p:t_vector_interval','p:t_vector_freqperdec','p:showlooplevelinput','p:looplevelinput','p:showlooplevel','p:looplevel','p:showlooplevelindices','p:looplevelindices','p:looplevelindices_vector_method','p:looplevelindices_vector_start','p:looplevelindices_vector_stop','p:looplevelindices_vector_step','p:looplevelindices_vector_numvalues','p:looplevelindices_vector_function','p:looplevelindices_vector_interval','p:looplevelindices_vector_freqperdec','p:showinterp','p:interp','p:interp_vector_method','p:interp_vector_start','p:interp_vector_stop','p:interp_vector_step','p:interp_vector_numvalues','p:interp_vector_function','p:interp_vector_interval','p:interp_vector_freqperdec','p:solutiontouchtype','p:phasetype','p:phase','p:previousnextlevel','p:showlocationinput','p:locinput','p:locdef','p:localzphys','p:localzphys_vector_method','p:localzphys_vector_start','p:localzphys_vector_stop','p:localzphys_vector_step','p:localzphys_vector_numvalues','p:localzphys_vector_function','p:localzphys_vector_interval','p:localzphys_vector_freqperdec','p:localzrel','p:localzrel_vector_method','p:localzrel_vector_start','p:localzrel_vector_stop','p:localzrel_vector_step','p:localzrel_vector_numvalues','p:localzrel_vector_function','p:localzrel_vector_interval','p:localzrel_vector_freqperdec','p:showlayerlocation','p:inputmode','p:cutmode','p:cutline','p:previewpg','p:previewview','p:previewwindow','p:updatetoolbar','p:listen','p:linefirst','p:linesecond','p:lineisinit','p:plotonsecyaxis','p:unitdim','p:unittrans','p:descractive','p:evalmethodactive','p:evalmethod','p:differential','p:constactive','p:const','p:constUnit','p:constisupdated','p:constprefixes','p:titletype','p:prefixintitle','p:suffixintitle','p:typeintitle','p:descriptionintitle','p:expressionintitle','p:unitintitle','p:title','p:xdataunittrans','p:xdata','p:xdataexpr','p:xdataunit','p:xdatadescractive','p:xdatadescr','p:xdataevalmethodactive','p:xdataevalmethod','p:xdatadifferential','p:xmin','p:overridestyleconfiglinestyle','p:showlinestyle','p:linestyle','p:showcolor','p:linecolor','p:customlinecolor','p:colorcycle','p:showwidth','p:linewidthslider','p:showmarker','p:linemarker','p:markers','p:overridestyleconfiglegend','p:legend','p:legendmethod','p:autoplotlabel','p:autosolution','p:autodescr','p:autoexpr','p:autounit','p:legendprefix','p:legendsuffix','p:legendallowexprshelp','p:legendexprprecision','p:legendpattern','p:legendtempexpr','p:legendtempunit','p:legendeval','p:resolutionfromprefs','p:smoothingsupported','p:showexpression','p:smoothexpr','p:showthreshold','p:threshold','p:thresholdvalue','p:recover' 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sa(s("60[W/(m*K)]"),s("0"),s("0"),s("0"),s("60[W/(m*K)]"),s("0"),s("0"),s("0"),s("60[W/(m*K)]")) t(s("/component/comp1/material/mat1/materialmodel/def")) m(s("set")) s("density") s("5323[kg/m^3]") t(s("/component/comp1/material/mat1/materialmodel/SemicondMaterial")) m(s("set")) s("Eg0") s("0.664[V]") t(s("/component/comp1/material/mat1/materialmodel/SemicondMaterial")) m(s("set")) s("chi0") s("4[V]") t(s("/component/comp1/material/mat1/materialmodel/SemicondMaterial")) m(s("set")) s("Nv") s("(T/300[K])^(3/2)*6.0e18[1/cm^3]") t(s("/component/comp1/material/mat1/materialmodel/SemicondMaterial")) m(s("set")) s("Nc") s("(T/300[K])^(3/2)*1.04e19[1/cm^3]") t(s("/component/comp1/material/mat1/materialmodel/SemicondMaterial")) m(s("set")) s("mun") s("3900[cm^2/(V*s)]") t(s("/component/comp1/material/mat1/materialmodel/SemicondMaterial")) m(s("set")) s("mup") s("1900[cm^2/(V*s)]") t(s("/component/comp1/material/mat1/materialmodel/SemicondMaterial")) m(s("addInput")) s("temperature") t(s("/component/comp1/material/mat1/materialmodel/JainRoulstonModel")) m(s("set")) s("An_jr") s("8.67e-9[V]") t(s("/component/comp1/material/mat1/materialmodel/JainRoulstonModel")) m(s("set")) s("Bn_jr") s("2.57e-7[V]") t(s("/component/comp1/material/mat1/materialmodel/JainRoulstonModel")) m(s("set")) s("Cn_jr") s("4.31e-12[V]") t(s("/component/comp1/material/mat1/materialmodel/JainRoulstonModel")) m(s("set")) s("Ap_jr") s("8.21e-9[V]") t(s("/component/comp1/material/mat1/materialmodel/JainRoulstonModel")) m(s("set")) s("Bp_jr") s("2.90e-7[V]") t(s("/component/comp1/material/mat1/materialmodel/JainRoulstonModel")) m(s("set")) s("Cp_jr") s("5.77e-12[V]") t(s("/component/comp1/material/mat1/materialmodel/JainRoulstonModel")) m(s("set")) s("Nref_jr") s("1[1/cm^3]") t(s("/component/comp1/material/mat1/materialmodel/JainRoulstonModel")) m(s("set")) s("alpha_jr") s("0.5") t(s("/component/comp1/geom/geom1")) m(s("run")) t(s("/component/comp1/material")) m(s("create")) s("mat2") s("Common") 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t(s("/result/feature/pg1")) m(s("run")) t(s("/")) m(s("label")) s("1D_GeTF.mph") t(s("/result/feature/pg1")) m(s("run")) t(s("/result/feature/pg1")) m(s("run")) t(s("/result/feature/pg6")) m(s("run")) t(s("/result/feature/pg2")) m(s("run")) t(s("/result/feature/pg3")) m(s("run")) t(s("/result/feature/pg4")) m(s("run")) t(s("/result/feature/pg5")) m(s("run")) t(s("/result/feature/pg6")) m(s("run")) t(s("/result/feature/pg1")) m(s("run")) t(s("/result/feature/pg1")) m(s("run")) t(s("/result/feature/pg1")) m(s("run")) Expected_computation_time
Baidu
 Last_computation_time
Baidu
 Last_computation_date
Baidu
 Computed_in_version
Baidu
 0 NORETAG /geom/geom1 geom1 {0,1,2,3},{0,1,2} NODEACTIVATE /savePointData/savepoint1/geom/geom1 1 true 11,'p:showlabels','p:showDirections','p:showunits','p:plotgroupunits','p:locked','p:istemporary','p:hidestatus','p:isnew','p:postviewkey','p:workplaneclip','p:workplaneshowgizmo' NORETAG /geom/geom1 geom1 {0,1,2,3},{0,1,2} NODEACTIVATE /savePointData/savepoint2/geom/geom1 1 true 11,'p:showlabels','p:showDirections','p:showunits','p:plotgroupunits','p:locked','p:istemporary','p:hidestatus','p:isnew','p:postviewkey','p:workplaneclip','p:workplaneshowgizmo' NOREMOVE|NORETAG true NOREMOVE|NORETAG true NOREMOVE|NORETAG true NOREMOVE|NORETAG true NOREMOVE|NORETAG true NOREMOVE|NORETAG true std2/semie false 1 all 0 true off 4 1,'geom1' 1,'' 1,'1' STATIONARY 0.0 0.0 Time 1 1, 600 std1/stat false 1 all 0 true off 4 1,'geom1' 1,'Vp' 41,'-2 V','-1.9 V','-1.8 V','-1.7 V','-1.6 V','-1.5 V','-1.4 V','-1.3 V','-1.2 V','-1.1 V','-1 V','-0.9 V','-0.8 V','-0.7 V','-0.6 V','-0.5 V','-0.4 V','-0.3 V','-0.2 V','-0.1 V','0 V','0.1 V','0.2 V','0.3 V','0.4 V','0.5 V','0.6 V','0.7 V','0.8 V','0.9 V','1 V','1.1 V','1.2 V','1.3 V','1.4 V','1.5 V','1.6 V','1.7 V','1.8 V','1.9 V','2 V' PARAMETRIC -2.0,-1.9,-1.8,-1.7,-1.6,-1.5,-1.4,-1.2999999999999998,-1.2,-1.1,-1.0,-0.8999999999999999,-0.7999999999999998,-0.7,-0.5999999999999999,-0.5,-0.3999999999999999,-0.2999999999999998,-0.19999999999999996,-0.09999999999999987,0.0,0.10000000000000009,0.20000000000000018,0.30000000000000027,0.40000000000000036,0.5,0.6000000000000001,0.7000000000000002,0.8000000000000003,0.9000000000000004,1.0,1.1,1.2000000000000002,1.3000000000000003,1.4000000000000004,1.5,1.6,1.7000000000000002,1.8000000000000003,1.9000000000000004,2.0 0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0 Time 1 1,'V' 1605 PK> PKP\ model.xml0PK{PKP\savepoint2/savepoint.xml  PKO.qbSbPKP\savepoint1/savepoint.xml  PK)Uwi-PKP\ mesh2.mphbin*%R0objMeshכr:?)K?KWp*U?Wx8\?QiRb??֓'f?Sak?p?7?pWr?c} !-u?Ww?ܷz?c}?lڳ~?(V7,=5?G? ř:]Ӆ?VƇ?{j҉?B?-H;?MۯM?DZ6?N1ޒ?@4@?7ﺤ?qa;?MTA՘?\q?7J?G'?G{ ? H?R{ ?#'?|@?x<;e?i b2!?FB&?及*?Hk/?a4?ʑ 9? bc]>?L2C?eI?NN?QO)?w?!4.?t? 3?*Z!?I5A8?k*vi)?=?1?b7B?w :ŵ? 32G?-ZBʶ?M9L?mkyJϷ?ӹQ?;RԸ?ϣ:$V? {L[ٹ?tt[?1c޺?RD<`?q|k?e?|=t?=fj?L~|?p?3ބ?T? u?t/?*=?^J~? 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VectorInt@PK(&!PKP\geometry2.mphbinrR0objGeom1|=333333?PK4KPKP\geometry3.mphbinrR0objGeom1|=333333??PKV,PKP\ xmesh1.mphbinR0objXmeshtModel5 globalscopeGLOBAL?tmaterialGeom0|=geom1 wKKSTANDARDư>tmeshgeometrymaterialspatialXmXgXxcomp1.Meshvtxmesh1ϗjcDmesh1ϗjcDmesh1ϗjcDmain<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.Ne</str> <arr> <str>comp1.semi.n_init*unit_m_cf^3</str> </arr> <str>comp1.Ph</str> <arr> <str>comp1.semi.p_init*unit_m_cf^3</str> </arr> <str>comp1.V</str> <arr> <str>comp1.semi.V_init</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elepspec</str> <str>g</str> <arr> <str>0</str> </arr> <str>geom</str> <arr> <rec> <str>ep</str> <arr> <str>1</str> </arr> 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<str>3.026456329224368</str> <str>3.0587625254125483</str> <str>3.0904018915143356</str> <str>3.1214007586163</str> <str>3.1517839720693113</str> <str>3.181574997283544</str> <str>3.2107960166954403</str> <str>3.239468018723387</str> <str>3.2676108794494456</str> <str>3.295243437692569</str> <str>3.322383564073802</str> <str>3.349048224615409</str> <str>3.375253539363093</str> <str>3.401014836473035</str> <str>3.4263467021627605</str> <str>3.4512630268864815</str> <str>3.4757770480610386</str> <str>3.499901389637582</str> <str>3.523648098786236</str> <str>3.5470286799359343</str> <str>3.5700541263890635</str> <str>3.5927349497102683</str> <str>3.6150812070704936</str> <str>3.6371025267109034</str> <str>3.6588081316764614</str> <str>3.680206861955597</str> <str>3.7013071951503007</str> <str>3.7221172657900787</str> <str>3.7426448833933454</str> <str>3.762897549370913</str> <str>3.782882472858149</str> <str>3.8026065855550764</str> <str>3.822076555647038</str> <str>3.84129880087253</str> <str>3.860279500799343</str> <str>3.879024608365171</str> <str>3.8975398607343226</str> <str>3.915830789518057</str> <str>3.933902730402297</str> <str>3.9517608322230613</str> <str>3.9694100655268176</str> <str>3.9868552306501135</str> <str>4.004100965350211</str> <str>4.021151752016084</str> <str>4.038011924486925</str> <str>4.054685674503307</str> <str>4.0711770578143165</str> <str>4.087489999962261</str> <str>4.103628301765019</str> <str>4.11959564451466</str> <str>4.135395594909657</str> <str>4.151031609736792</str> <str>4.166507040317747</str> <str>4.181825136734344</str> <str>4.196989051845441</str> <str>4.212001845107624</str> </arr> <str>defineinv</str> <str>true</str> <str>invname</str> <str>comp1.semi.log_FD_half_inv</str> </rec> Q8<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elinterp</str> <str>g</str> <arr> </arr> <str>geomdim</str> <arr> </arr> <str>name</str> <arr> <str>comp1.semi.log_FD_minushalf</str> </arr> <str>restable</str> <arr> </arr> <str>method</str> <arr> <str>linear</str> </arr> <str>extmethod</str> <arr> <str>linear</str> </arr> <str>scaledata</str> <str>auto</str> <str>primfunname</str> <arr> </arr> <str>invcumname</str> <arr> </arr> <str>defineprimfun</str> <str>false</str> <str>defineinvcum</str> <str>false</str> <str>leftend</str> <arr> </arr> <str>rightend</str> <arr> </arr> <str>dseparator</str> <str></str> <str>srcfun</str> <rec> </rec> <str>argtrans</str> <str>none</str> <str>valtrans</str> <str>none</str> <str>x</str> <arr> <str>-40.0</str> <str>-39.8</str> <str>-39.6</str> <str>-39.4</str> <str>-39.2</str> <str>-39.0</str> <str>-38.8</str> <str>-38.6</str> <str>-38.4</str> <str>-38.2</str> <str>-38.0</str> <str>-37.8</str> <str>-37.6</str> <str>-37.4</str> <str>-37.2</str> <str>-37.0</str> <str>-36.8</str> <str>-36.6</str> <str>-36.4</str> <str>-36.2</str> <str>-36.0</str> <str>-35.8</str> <str>-35.6</str> <str>-35.4</str> <str>-35.2</str> <str>-35.0</str> <str>-34.8</str> <str>-34.6</str> 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<str>14.2</str> <str>14.4</str> <str>14.6</str> <str>14.8</str> <str>15.0</str> <str>15.2</str> <str>15.4</str> <str>15.6</str> <str>15.8</str> <str>16.0</str> <str>16.2</str> <str>16.4</str> <str>16.6</str> <str>16.8</str> <str>17.0</str> <str>17.2</str> <str>17.4</str> <str>17.6</str> <str>17.8</str> <str>18.0</str> <str>18.2</str> <str>18.4</str> <str>18.6</str> <str>18.8</str> <str>19.0</str> <str>19.2</str> <str>19.4</str> <str>19.6</str> <str>19.8</str> <str>20.0</str> </arr> <str>data</str> <arr> <str>-40.0</str> <str>-39.8</str> <str>-39.6</str> <str>-39.4</str> <str>-39.2</str> <str>-39.0</str> <str>-38.8</str> <str>-38.6</str> <str>-38.4</str> <str>-38.2</str> <str>-38.0</str> <str>-37.8</str> <str>-37.6</str> <str>-37.4</str> <str>-37.2</str> <str>-37.0</str> <str>-36.8</str> <str>-36.6</str> <str>-36.4</str> <str>-36.2</str> <str>-36.0</str> <str>-35.8</str> <str>-35.6</str> <str>-35.4</str> <str>-35.2</str> <str>-35.0</str> <str>-34.800000000000004</str> <str>-34.6</str> 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<str>srcfun</str> <rec> </rec> <str>argtrans</str> <str>none</str> <str>valtrans</str> <str>none</str> <str>x</str> <arr> <str>-40.0</str> <str>-39.8</str> <str>-39.6</str> <str>-39.4</str> <str>-39.2</str> <str>-39.0</str> <str>-38.8</str> <str>-38.6</str> <str>-38.4</str> <str>-38.2</str> <str>-38.0</str> <str>-37.8</str> <str>-37.6</str> <str>-37.4</str> <str>-37.2</str> <str>-37.0</str> <str>-36.8</str> <str>-36.6</str> <str>-36.4</str> <str>-36.2</str> <str>-36.0</str> <str>-35.8</str> <str>-35.6</str> <str>-35.4</str> <str>-35.2</str> <str>-35.0</str> <str>-34.8</str> <str>-34.6</str> <str>-34.4</str> <str>-34.2</str> <str>-34.0</str> <str>-33.8</str> <str>-33.6</str> <str>-33.4</str> <str>-33.2</str> <str>-33.0</str> <str>-32.8</str> <str>-32.6</str> <str>-32.4</str> <str>-32.2</str> <str>-32.0</str> <str>-31.8</str> <str>-31.6</str> <str>-31.4</str> <str>-31.2</str> <str>-31.0</str> <str>-30.8</str> <str>-30.6</str> <str>-30.4</str> <str>-30.2</str> <str>-30.0</str> 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<str>19.0</str> <str>19.2</str> <str>19.4</str> <str>19.6</str> <str>19.8</str> <str>20.0</str> </arr> <str>data</str> <arr> <str>-40.0</str> <str>-39.8</str> <str>-39.6</str> <str>-39.4</str> <str>-39.2</str> <str>-39.0</str> <str>-38.8</str> <str>-38.6</str> <str>-38.4</str> <str>-38.2</str> <str>-38.0</str> <str>-37.8</str> <str>-37.6</str> <str>-37.4</str> <str>-37.2</str> <str>-37.0</str> <str>-36.8</str> <str>-36.6</str> <str>-36.4</str> <str>-36.2</str> <str>-36.0</str> <str>-35.8</str> <str>-35.6</str> <str>-35.4</str> <str>-35.2</str> <str>-35.0</str> <str>-34.8</str> <str>-34.6</str> <str>-34.4</str> <str>-34.2</str> <str>-34.0</str> <str>-33.800000000000004</str> <str>-33.6</str> <str>-33.4</str> <str>-33.2</str> <str>-33.0</str> <str>-32.800000000000004</str> <str>-32.6</str> <str>-32.4</str> <str>-32.2</str> <str>-32.0</str> <str>-31.800000000000004</str> <str>-31.600000000000005</str> <str>-31.400000000000006</str> <str>-31.200000000000006</str> 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<str>4.7110149875995075</str> <str>4.737468989695182</str> <str>4.763582632855006</str> <str>4.789364437043349</str> <str>4.814822611129109</str> <str>4.83996506760081</str> <str>4.8647994364376865</str> <str>4.88933307819298</str> <str>4.9135730963414455</str> <str>4.9375263489392145</str> <str>4.9611994596406</str> <str>4.984598828113165</str> <str>5.007730639889385</str> <str>5.030600875690463</str> <str>5.053215320255325</str> <str>5.07557957070548</str> <str>5.097699044474265</str> <str>5.119578986827018</str> <str>5.141224477996883</str> <str>5.162640439959244</str> <str>5.183831642866248</str> <str>5.204802711161394</str> <str>5.225558129392854</str> <str>5.246102247742948</str> <str>5.26643928729003</str> <str>5.286573345018001</str> <str>5.306508398587672</str> </arr> <str>defineinv</str> <str>false</str> </rec> /<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elinline</str> <str>name</str> <str>comp1.semi.log_FD_zero</str> <str>args</str> <arr> <str>log_FD_zero__x__internalArgument</str> </arr> <str>expr</str> <str>if(log_FD_zero__x__internalArgument&lt;-18.5, log_FD_zero__x__internalArgument, if(log_FD_zero__x__internalArgument&gt;33, log(log_FD_zero__x__internalArgument), log(log(1+exp(log_FD_zero__x__internalArgument)))))</str> <str>dexpr</str> <arr> <str>d(if(log_FD_zero__x__internalArgument&lt;-18.5, log_FD_zero__x__internalArgument, if(log_FD_zero__x__internalArgument&gt;33, log(log_FD_zero__x__internalArgument), log(log(1+exp(log_FD_zero__x__internalArgument))))), log_FD_zero__x__internalArgument)</str> </arr> <str>complex</str> <str>false</str> < `str>linear</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elinline</str> <str>name</str> <str>comp1.semi.FD_zero</str> <str>args</str> <arr> <str>FD_zero__x__internalArgument</str> </arr> <str>expr</str> <str>if(FD_zero__x__internalArgument&lt;-18.5, exp(FD_zero__x__internalArgument), if(FD_zero__x__internalArgument&gt;33, FD_zero__x__internalArgument, log(1+exp(FD_zero__x__internalArgument))))</str> <str>dexpr</str> <arr> <str>d(if(FD_zero__x__internalArgument&lt;-18.5, exp(FD_zero__x__internalArgument), if(FD_zero__x__internalArgument&gt;33, FD_zero__x__internalArgument, log(1+exp(FD_zero__x__internalArgument)))), FD_zero__x__internalArgument)</str> </arr> <str>complex</str> <str>false</str> <str>linear</str> <str>false</str> </rec> 5<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elinline</str> <str>name</str> <str>comp1.semi.FD_half</str> <str>args</str> <arr> <str>FD_half__x__internalArgument</str> </arr> <str>expr</str> <str>if(FD_half__x__internalArgument&lt;-40, exp(FD_half__x__internalArgument), if(FD_half__x__internalArgument&gt;20, (4*FD_half__x__internalArgument^1.5)/(3*pi^0.5), exp(comp1.semi.log_FD_half(FD_half__x__internalArgument))))</str> <str>dexpr</str> <arr> <str>d(if(FD_half__x__internalArgument&lt;-40, exp(FD_half__x__internalArgument), if(FD_half__x__internalArgument&gt;20, (4*FD_half__x__internalArgument^1.5)/(3*pi^0.5), exp(comp1.semi.log_FD_half(FD_half__x__internalArgument)))), FD_half__x__internalArgument)</str> </arr> <str>complex</str> <str>false</str> <str>linear</str> <str>false</str> </rec> x<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elinline</str> <str>name</str> <str>comp1.semi.FD_minushalf</str> <str>args</str> <arr> <str>FD_minushalf__x__internalArgument</str> </arr> <str>expr</str> <str>if(FD_minushalf__x__internalArgument&lt;-40, exp(FD_minushalf__x__internalArgument), if(FD_minushalf__x__internalArgument&gt;20, (2*FD_minushalf__x__internalArgument^0.5)/pi^0.5, exp(comp1.semi.log_FD_minushalf(FD_minushalf__x__internalArgument))))</str> <str>dexpr</str> <arr> <str>d(if(FD_minushalf__x__internalArgument&lt;-40, exp(FD_minushalf__x__internalArgument), if(FD_minushalf__x__internalArgument&gt;20, (2*FD_minushalf__x__internalArgument^0.5)/pi^0.5, exp(comp1.semi.log_FD_minushalf(FD_minushalf__x__internalArgument)))), FD_minushalf__x__internalArgument)</str> </arr> <str>complex</str> <str>false</str> <str>linear</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elinline</str> <str>name</str> <str>comp1.semi.FD_one</str> <str>args</str> <arr> <str>FD_one__x__internalArgument</str> </arr> <str>expr</str> <str>if(FD_one__x__internalArgument&lt;-40, exp(FD_one__x__internalArgument), if(FD_one__x__internalArgument&gt;20, 0.5*FD_one__x__internalArgument^2, exp(comp1.semi.log_FD_one(FD_one__x__internalArgument))))</str> <str>dexpr</str> <arr> <str>d(if(FD_one__x__internalArgument&lt;-40, exp(FD_one__x__internalArgument), if(FD_one__x__internalArgument&gt;20, 0.5*FD_one__x__internalArgument^2, exp(comp1.semi.log_FD_one(FD_one__x__internalArgument)))), FD_one__x__internalArgument)</str> </arr> <str>complex</str> <str>false</str> <str>linear</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elinline</str> <str>name</str> <str>comp1.semi.log_FD_half_an</str> <str>args</str> <arr> <str>log_FD_half_an__x__internalArgument</str> </arr> <str>expr</str> <str>if(log_FD_half_an__x__internalArgument&lt;-40, log_FD_half_an__x__internalArgument, if(log_FD_half_an__x__internalArgument&gt;20, log((4*log_FD_half_an__x__internalArgument^1.5)/(3*pi^0.5)), comp1.semi.log_FD_half(log_FD_half_an__x__internalArgument)))</str> <str>dexpr</str> <arr> <str>d(if(log_FD_half_an__x__internalArgument&lt;-40, log_FD_half_an__x__internalArgument, if(log_FD_half_an__x__internalArgument&gt;20, log((4*log_FD_half_an__x__internalArgument^1.5)/(3*pi^0.5)), comp1.semi.log_FD_half(log_FD_half_an__x__internalArgument))), log_FD_half_an__x__internalArgument)</str> </arr> <str>complex</str> <str>false</str> <str>linear</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elinline</str> <str>name</str> <str>comp1.semi.log_FD_half_inv_an</str> <str>args</str> <arr> <str>log_FD_half_inv_an__x__internalArgument</str> </arr> <str>expr</str> <str>if(log_FD_half_inv_an__x__internalArgument&lt;-40, log_FD_half_inv_an__x__internalArgument, if(log_FD_half_inv_an__x__internalArgument&gt;4.212, ((0.75*pi^0.5)*exp(log_FD_half_inv_an__x__internalArgument))^(2/3), comp1.semi.log_FD_half_inv(log_FD_half_inv_an__x__internalArgument)))</str> <str>dexpr</str> <arr> <str>d(if(log_FD_half_inv_an__x__internalArgument&lt;-40, log_FD_half_inv_an__x__internalArgument, if(log_FD_half_inv_an__x__internalArgument&gt;4.212, ((0.75*pi^0.5)*exp(log_FD_half_inv_an__x__internalArgument))^(2/3), comp1.semi.log_FD_half_inv(log_FD_half_inv_an__x__internalArgument))), log_FD_half_inv_an__x__internalArgument)</str> </arr> <str>complex</str> <str>false</str> <str>linear</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>g_const</str> <str>9.80665*unit_m_cf/unit_s_cf^2</str> <str>N_A_const</str> <str>6.02214076E23/unit_mol_cf</str> <str>a0_const</str> <str>4*pi*epsilon0_const*hbar_const^2/(me_const*e_const^2)</str> <str>k_B_const</str> <str>1.380649E-23*unit_J_cf/unit_K_cf</str> <str>Z0_const</str> <str>mu0_const*c_const</str> <str>me_const</str> <str>9.10938356E-31*unit_kg_cf</str> <str>e_const</str> <str>1.602176634E-19*unit_C_cf</str> <str>F_const</str> <str>96485.33289*unit_C_cf/unit_mol_cf</str> <str>alpha_const</str> <str>0.0072973525664</str> <str>G_const</str> <str>6.67408E-11*unit_m_cf^3/(unit_kg_cf*unit_s_cf^2)</str> <str>hbar_const</str> <str>1.0545718E-34*unit_J_cf*unit_s_cf/unit_rad_cf</str> <str>V_m_const</str> <str>0.022413962*unit_m_cf^3/unit_mol_cf</str> <str>mn_const</str> <str>1.674927471E-27*unit_kg_cf</str> <str>epsilon0_const</str> <str>1/(mu0_const*c_const^2)</str> <str>mu0_const</str> <str>2*alpha_const*h_const/(c_const*e_const^2)</str> <str>h_const</str> <str>6.62607015E-34*unit_J_cf*unit_s_cf</str> <str>mp_const</str> <str>1.672621898E-27*unit_kg_cf</str> <str>c_const</str> <str>299792458*unit_m_cf/unit_s_cf</str> <str>sigma_const</str> <str>5.670367E-8*unit_kg_cf/(unit_s_cf^3*unit_K_cf^4)</str> <str>R_const</str> <str>8.3144598*unit_J_cf/(unit_K_cf*unit_mol_cf)</str> <str>b_const</str> <str>0.0028977729*unit_m_cf*unit_K_cf</str> <str>isRHS</str> <str>0</str> </arr> </rec> .<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.semi.min_h</str> <str>nojac(comp1.semi.minsemi(h))</str> <str>comp1.semi.dngX</str> <str>dnXmesh</str> <str>comp1.semi.dngY</str> <str>0</str> <str>comp1.semi.dngZ</str> <str>0</str> <str>comp1.semi.ungX</str> <str>unXmesh</str> <str>comp1.semi.ungY</str> <str>0</str> <str>comp1.semi.ungZ</str> <str>0</str> <str>comp1.semi.rX</str> <str>X</str> <str>comp1.semi.rY</str> <str>0</str> <str>comp1.semi.rZ</str> <str>0</str> <str>comp1.semi.dc_down</str> <str>down(comp1.semi.rX-circumcenter(comp1.semi.rX/unit_m_cf)*unit_m_cf)*comp1.semi.dngX</str> <str>comp1.semi.dc_up</str> <str>up(comp1.semi.rX-circumcenter(comp1.semi.rX/unit_m_cf)*unit_m_cf)*comp1.semi.ungX</str> <str>comp1.semi.dc_down_bnd</str> <str>if(abs(comp1.semi.dc_down)&lt;comp1.semi.dc_tol,if(sign(comp1.semi.dc_down)==0,comp1.semi.dc_tol,sign(comp1.semi.dc_down)*comp1.semi.dc_tol),comp1.semi.dc_down)</str> <str>comp1.semi.dc_up_bnd</str> <str>if(abs(comp1.semi.dc_up)&lt;comp1.semi.dc_tol,if(sign(comp1.semi.dc_up)==0,comp1.semi.dc_tol,sign(comp1.semi.dc_up)*comp1.semi.dc_tol),comp1.semi.dc_up)</str> <str>comp1.semi.dc_tot</str> <str>if(abs(comp1.semi.dc_down+comp1.semi.dc_up)&lt;comp1.semi.dc_tol,if(sign(comp1.semi.dc_down+comp1.semi.dc_up)==0,comp1.semi.dc_tol,sign(comp1.semi.dc_down+comp1.semi.dc_up)*comp1.semi.dc_tol),comp1.semi.dc_down+comp1.semi.dc_up)</str> <str>comp1.semi.global_flux_tol_cd</str> <str>1.0E-4</str> <str>comp1.semi.dc_tol</str> <str>comp1.semi.min_h*comp1.semi.global_flux_tol_cd</str> <str>comp1.semi.delta_eta_tol</str> <str>1.0E-9</str> <str>comp1.semi.epsilonr_down</str> <str>down(comp1.semi.epsilonrs)</str> <str>comp1.semi.epsilonr_up</str> <str>up(comp1.semi.epsilonrs)</str> <str>comp1.semi.E_cd_denom</str> <str>comp1.semi.epsilonr_down*comp1.semi.dc_up+comp1.semi.epsilonr_up*comp1.semi.dc_down</str> <str>comp1.semi.E_cd_denom_num</str> <str>if(abs(comp1.semi.E_cd_denom)&lt;comp1.semi.dc_tol,if(sign(comp1.semi.E_cd_denom)==0,comp1.semi.dc_tol,sign(comp1.semi.E_cd_denom)*comp1.semi.dc_tol),comp1.semi.E_cd_denom)</str> <str>comp1.semi.Dcd</str> <str>epsilon0_const*comp1.semi.epsilonr_down*comp1.semi.epsilonr_up*(down(comp1.V)-up(comp1.V))/comp1.semi.E_cd_denom_num</str> <str>comp1.semi.E_down</str> <str>comp1.semi.Dcd/(epsilon0_const*comp1.semi.epsilonr_down)</str> <str>comp1.semi.E_up</str> <str>comp1.semi.Dcd/(epsilon0_const*comp1.semi.epsilonr_up)</str> <str>comp1.semi.smm1.minput_temperature</str> <str>293.15*unit_K_cf</str> <str>comp1.semi.smm1.minput_numberdensityacceptor</str> <str>0</str> <str>comp1.semi.smm1.minput_numberdensitydonor</str> <str>0</str> <str>comp1.semi.Dn_down</str> <str>down(comp1.semi.mun)*comp1.semi.Vth*down(comp1.semi.Gn)</str> <str>comp1.semi.Dn_up</str> <str>up(comp1.semi.mun)*comp1.semi.Vth*up(comp1.semi.Gn)</str> <str>comp1.semi.Dp_down</str> <str>down(comp1.semi.mup)*comp1.semi.Vth*down(comp1.semi.Gp)</str> <str>comp1.semi.Dp_up</str> <str>up(comp1.semi.mup)*comp1.semi.Vth*up(comp1.semi.Gp)</str> <str>comp1.semi.Qthn_down</str> <str>2*comp1.semi.Vth*down(comp1.semi.mun)</str> <str>comp1.semi.Qthn_up</str> <str>2*comp1.semi.Vth*up(comp1.semi.mun)</str> <str>comp1.semi.Qthp_down</str> <str>2*comp1.semi.Vth*down(comp1.semi.mup)</str> <str>comp1.semi.Qthp_up</str> <str>2*comp1.semi.Vth*up(comp1.semi.mup)</str> <str>comp1.semi.Dn_th_down</str> <str>comp1.semi.Qthn_down-1.5*comp1.semi.Dn_down</str> <str>comp1.semi.Dn_th_up</str> <str>comp1.semi.Qthn_up-1.5*comp1.semi.Dn_up</str> <str>comp1.semi.Dp_th_down</str> <str>comp1.semi.Qthp_down-1.5*comp1.semi.Dp_down</str> <str>comp1.semi.Dp_th_up</str> <str>comp1.semi.Qthp_up-1.5*comp1.semi.Dp_up</str> <str>comp1.semi.grad_chi_up</str> <str>(up(circumcenter(comp1.semi.chi_semi))-up(comp1.semi.chi_semi))/comp1.semi.dc_up_bnd</str> <str>comp1.semi.grad_chi_down</str> <str>(down(comp1.semi.chi_semi)-down(circumcenter(comp1.semi.chi_semi)))/comp1.semi.dc_down_bnd</str> <str>comp1.semi.grad_Eg_up</str> <str>(up(circumcenter(comp1.semi.Eg))-up(comp1.semi.Eg))/comp1.semi.dc_up_bnd</str> <str>comp1.semi.grad_Eg_down</str> <str>(down(comp1.semi.Eg)-down(circumcenter(comp1.semi.Eg)))/comp1.semi.dc_down_bnd</str> <str>comp1.semi.grad_logNc_up</str> <str>(up(circumcenter(log(comp1.semi.Nc*unit_m_cf^3)))-up(log(comp1.semi.Nc*unit_m_cf^3)))/comp1.semi.dc_up_bnd</str> <str>comp1.semi.grad_logNc_down</str> <str>(down(log(comp1.semi.Nc*unit_m_cf^3))-down(circumcenter(log(comp1.semi.Nc*unit_m_cf^3))))/comp1.semi.dc_down_bnd</str> <str>comp1.semi.grad_logNv_up</str> <str>(up(circumcenter(log(comp1.semi.Nv*unit_m_cf^3)))-up(log(comp1.semi.Nv*unit_m_cf^3)))/comp1.semi.dc_up_bnd</str> <str>comp1.semi.grad_logNv_down</str> <str>(down(log(comp1.semi.Nv*unit_m_cf^3))-down(circumcenter(log(comp1.semi.Nv*unit_m_cf^3))))/comp1.semi.dc_down_bnd</str> <str>comp1.semi.Vn_down</str> <str>down(comp1.semi.mun)*comp1.semi.E_down-down(comp1.semi.mun)*comp1.semi.grad_chi_down-comp1.semi.Dn_down*comp1.semi.grad_logNc_down+comp1.semi.Dn_th_down*d(comp1.semi.Tl,X)*comp1.semi.dngX/comp1.semi.Tl</str> <str>comp1.semi.Vn_up</str> <str>up(comp1.semi.mun)*comp1.semi.E_up-up(comp1.semi.mun)*comp1.semi.grad_chi_up-comp1.semi.Dn_up*comp1.semi.grad_logNc_up+comp1.semi.Dn_th_up*d(comp1.semi.Tl,X)*comp1.semi.dngX/comp1.semi.Tl</str> <str>comp1.semi.Vp_down</str> <str>down(comp1.semi.mup)*comp1.semi.E_down-down(comp1.semi.mup)*(comp1.semi.grad_chi_down+comp1.semi.grad_Eg_down)+comp1.semi.Dp_down*comp1.semi.grad_logNv_down-comp1.semi.Dp_th_down*d(comp1.semi.Tl,X)*comp1.semi.dngX/comp1.semi.Tl</str> <str>comp1.semi.Vp_up</str> <str>up(comp1.semi.mup)*comp1.semi.E_up-up(comp1.semi.mup)*(comp1.semi.grad_chi_up+comp1.semi.grad_Eg_up)+comp1.semi.Dp_up*comp1.semi.grad_logNv_up-comp1.semi.Dp_th_up*d(comp1.semi.Tl,X)*comp1.semi.dngX/comp1.semi.Tl</str> <str>comp1.semi.An</str> <str>exp(comp1.semi.An_expo)</str> <str>comp1.semi.Bn</str> <str>exp(comp1.semi.Bn_expo)</str> <str>comp1.semi.Ap</str> <str>exp(comp1.semi.Ap_expo)</str> <str>comp1.semi.Bp</str> <str>exp(comp1.semi.Bp_expo)</str> <str>comp1.semi.An_expo</str> <str>-comp1.semi.Vn_down*comp1.semi.dc_down/comp1.semi.Dn_down</str> <str>comp1.semi.Bn_expo</str> <str>comp1.semi.Vn_up*comp1.semi.dc_up/comp1.semi.Dn_up</str> <str>comp1.semi.Ap_expo</str> <str>comp1.semi.Vp_down*comp1.semi.dc_down/comp1.semi.Dp_down</str> <str>comp1.semi.Bp_expo</str> <str>-comp1.semi.Vp_up*comp1.semi.dc_up/comp1.semi.Dp_up</str> <str>comp1.semi.nJn_sg</str> <str>if(abs(comp1.semi.An_expo)&lt;comp1.semi.global_flux_tol_sg||abs(comp1.semi.Bn_expo)&lt;comp1.semi.global_flux_tol_sg,comp1.semi.nCn,comp1.semi.nSGn)</str> <str>comp1.semi.nJp_sg</str> <str>if(abs(comp1.semi.Ap_expo)&lt;comp1.semi.global_flux_tol_sg||abs(comp1.semi.Bp_expo)&lt;comp1.semi.global_flux_tol_sg,comp1.semi.nCp,comp1.semi.nSGp)</str> <str>comp1.semi.nSGn</str> <str>-e_const*comp1.semi.Vn_down*(up(comp1.semi.N)*comp1.semi.Bn-down(comp1.semi.N)*comp1.semi.An)/comp1.semi.nSGn_denom_num</str> <str>comp1.semi.nSGp</str> <str>-e_const*comp1.semi.Vp_down*(up(comp1.semi.P)*comp1.semi.Bp-down(comp1.semi.P)*comp1.semi.Ap)/comp1.semi.nSGp_denom_num</str> <str>comp1.semi.nSGn_denom</str> <str>-1+comp1.semi.Vn_down*(1-comp1.semi.Bn)/comp1.semi.Vn_up+comp1.semi.An</str> <str>comp1.semi.nSGp_denom</str> <str>-1+comp1.semi.Vp_down*(1-comp1.semi.Bp)/comp1.semi.Vp_up+comp1.semi.Ap</str> <str>comp1.semi.nSGn_denom_num</str> <str>if(abs(comp1.semi.nSGn_denom)&lt;comp1.semi.global_flux_tol_sg,if(sign(comp1.semi.nSGn_denom)==0,comp1.semi.global_flux_tol_sg,sign(comp1.semi.nSGn_denom)*comp1.semi.global_flux_tol_sg),comp1.semi.nSGn_denom)</str> <str>comp1.semi.nSGp_denom_num</str> <str>if(abs(comp1.semi.nSGp_denom)&lt;comp1.semi.global_flux_tol_sg,if(sign(comp1.semi.nSGp_denom)==0,comp1.semi.global_flux_tol_sg,sign(comp1.semi.nSGp_denom)*comp1.semi.global_flux_tol_sg),comp1.semi.nSGp_denom)</str> <str>comp1.semi.nCn</str> <str>e_const*(-comp1.semi.Dn_down*(down(comp1.semi.N)-up(comp1.semi.N))/comp1.semi.nCn_denom_num+0.5*(down(comp1.semi.N)*(comp1.semi.dc_down*(comp1.semi.dc_down+2*comp1.semi.dc_up*comp1.semi.Dn_down/comp1.semi.Dn_up)*comp1.semi.Vn_down+comp1.semi.Vn_up*(comp1.semi.dc_up*comp1.semi.Dn_down/comp1.semi.Dn_up)^2)+up(comp1.semi.N)*(comp1.semi.dc_down^2*comp1.semi.Vn_down+comp1.semi.dc_up*comp1.semi.Dn_down*(2*comp1.semi.dc_down+comp1.semi.dc_up*comp1.semi.Dn_down/comp1.semi.Dn_up)*comp1.semi.Vn_up/comp1.semi.Dn_up))/comp1.semi.nCn_denom_num^2)</str> <str>comp1.semi.nCp</str> <str>e_const*(comp1.semi.Dp_down*(down(comp1.semi.P)-up(comp1.semi.P))/comp1.semi.nCp_denom_num+0.5*(down(comp1.semi.P)*(comp1.semi.dc_down*(comp1.semi.dc_down+2*comp1.semi.dc_up*comp1.semi.Dp_down/comp1.semi.Dp_up)*comp1.semi.Vp_down+comp1.semi.Vp_up*(comp1.semi.dc_up*comp1.semi.Dp_down/comp1.semi.Dp_up)^2)+up(comp1.semi.P)*(comp1.semi.dc_down^2*comp1.semi.Vp_down+comp1.semi.dc_up*comp1.semi.Dp_down*(2*comp1.semi.dc_down+comp1.semi.dc_up*comp1.semi.Dp_down/comp1.semi.Dp_up)*comp1.semi.Vp_up/comp1.semi.Dp_up))/comp1.semi.nCp_denom_num^2)</str> <str>comp1.semi.nCn_denom</str> <str>comp1.semi.dc_down+comp1.semi.dc_up*comp1.semi.Dn_down/comp1.semi.Dn_up</str> <str>comp1.semi.nCp_denom</str> <str>comp1.semi.dc_down+comp1.semi.dc_up*comp1.semi.Dp_down/comp1.semi.Dp_up</str> <str>comp1.semi.nCn_denom_num</str> <str>if(abs(comp1.semi.nCn_denom)&lt;comp1.semi.nC_denom_tol,if(sign(comp1.semi.nCn_denom)==0,comp1.semi.nC_denom_tol,sign(comp1.semi.nCn_denom)*comp1.semi.nC_denom_tol),comp1.semi.nCn_denom)</str> <str>comp1.semi.nCp_denom_num</str> <str>if(abs(comp1.semi.nCp_denom)&lt;comp1.semi.nC_denom_tol,if(sign(comp1.semi.nCp_denom)==0,comp1.semi.nC_denom_tol,sign(comp1.semi.nCp_denom)*comp1.semi.nC_denom_tol),comp1.semi.nCp_denom)</str> <str>comp1.semi.nC_denom_tol</str> <str>comp1.semi.min_h*comp1.semi.global_flux_tol_cd</str> <str>comp1.semi.global_flux_tol_sg</str> <str>eps</str> <str>comp1.semi.Jn_th_post_mesh</str> <str>e_const*comp1.semi.Dn_th_down*d(comp1.semi.Tl,X)*comp1.semi.dngX*down(comp1.semi.N)/comp1.semi.Tl</str> <str>comp1.semi.Jp_th_post_mesh</str> <str>-e_const*comp1.semi.Dp_th_down*d(comp1.semi.Tl,X)*comp1.semi.dngX*down(comp1.semi.P)/comp1.semi.Tl</str> <str>comp1.semi.Jn_drift_post_mesh</str> <str>e_const*down(comp1.semi.mun)*(comp1.semi.E_down-d(comp1.semi.chi_semi,X)*comp1.semi.dngX)*down(comp1.semi.N)</str> <str>comp1.semi.Jp_drift_post_mesh</str> <str>e_const*down(comp1.semi.mup)*(comp1.semi.E_down-d(comp1.semi.chi_semi,X)*comp1.semi.dngX-d(comp1.semi.Eg,X)*comp1.semi.dngX)*down(comp1.semi.P)</str> <str>comp1.semi.Jn_diff_post_mesh</str> <str>comp1.semi.nJn_sg-e_const*comp1.semi.Vn_down*down(comp1.semi.N)</str> <str>comp1.semi.Jp_diff_post_mesh</str> <str>comp1.semi.nJp_sg-e_const*comp1.semi.Vp_down*down(comp1.semi.P)</str> <str>comp1.semi.Jn_post_mesh</str> <str>comp1.semi.nJn_sg</str> <str>comp1.semi.Jp_post_mesh</str> <str>comp1.semi.nJp_sg</str> <str>comp1.semi.init1.minput_temperature</str> <str>minput.T</str> <str>comp1.semi.adm1.minput_temperature</str> <str>minput.T</str> <str>comp1.semi.adm2.minput_temperature</str> <str>minput.T</str> <str>comp1.semi.cont2.minput_temperature</str> <str>minput.T</str> <str>comp1.semi.tar1.minput_temperature</str> <str>minput.T</str> <str>comp1.semi.aur1.minput_temperature</str> <str>minput.T</str> <str>comp1.semi.mc1.minput_temperature</str> <str>minput.T</str> <str>comp1.semi.I0_1</str> <str>0</str> <str>comp1.semi.J0_1</str> <str>comp1.semi.I0_1/comp1.semi.mc1.int(comp1.semi.d)</str> <str>comp1.semi.V0_1</str> <str>comp1.semi.mc1.ave(comp1.semi.V0_bias)</str> <str>comp1.semi.mc2.minput_temperature</str> <str>minput.T</str> <str>comp1.semi.I0_2</str> <str>0</str> <str>comp1.semi.J0_2</str> <str>comp1.semi.I0_ `2/comp1.semi.mc2.int(comp1.semi.d)</str> <str>comp1.semi.V0_2</str> <str>comp1.semi.mc2.ave(comp1.semi.V0_bias)</str> <str>comp1.semi.atd1.minput_temperature</str> <str>minput.T</str> <str>comp1.semi.Vref_global</str> <str>comp1.semi.intsemi(comp1.semi.Vref)</str> </arr> </rec> ,<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.mat1.def.heatcapacity</str> <str>comp1.mat1.def.Cp</str> <str>comp1.mat1.def.Cp</str> <str>310*unit_J_cf/(unit_kg_cf*unit_K_cf)</str> <str>comp1.mat1.def.relpermittivity11</str> <str>comp1.mat1.def.epsilonr11</str> <str>comp1.mat1.def.relpermittivity21</str> <str>0</str> <str>comp1.mat1.def.relpermittivity31</str> <str>0</str> <str>comp1.mat1.def.relpermittivity12</str> <str>0</str> <str>comp1.mat1.def.relpermittivity22</str> <str>comp1.mat1.def.epsilonr22</str> <str>comp1.mat1.def.relpermittivity32</str> <str>0</str> <str>comp1.mat1.def.relpermittivity13</str> <str>0</str> <str>comp1.mat1.def.relpermittivity23</str> <str>0</str> <str>comp1.mat1.def.relpermittivity33</str> <str>comp1.mat1.def.epsilonr33</str> <str>comp1.mat1.def.epsilonr11</str> <str>16.2</str> <str>comp1.mat1.def.epsilonr21</str> <str>0</str> <str>comp1.mat1.def.epsilonr31</str> <str>0</str> <str>comp1.mat1.def.epsilonr12</str> <str>0</str> <str>comp1.mat1.def.epsilonr22</str> <str>16.2</str> <str>comp1.mat1.def.epsilonr32</str> <str>0</str> <str>comp1.mat1.def.epsilonr13</str> <str>0</str> <str>comp1.mat1.def.epsilonr23</str> <str>0</str> <str>comp1.mat1.def.epsilonr33</str> <str>16.2</str> <str>comp1.mat1.def.epsilonr_iso</str> <str>16.2</str> <str>comp1.mat1.def.epsilonr_symmetry</str> <str>0</str> <str>comp1.mat1.def.thermalconductivity11</str> <str>comp1.mat1.def.k11</str> <str>comp1.mat1.def.thermalconductivity21</str> <str>0</str> <str>comp1.mat1.def.thermalconductivity31</str> <str>0</str> <str>comp1.mat1.def.thermalconductivity12</str> <str>0</str> <str>comp1.mat1.def.thermalconductivity22</str> <str>comp1.mat1.def.k22</str> <str>comp1.mat1.def.thermalconductivity32</str> <str>0</str> <str>comp1.mat1.def.thermalconductivity13</str> <str>0</str> <str>comp1.mat1.def.thermalconductivity23</str> <str>0</str> <str>comp1.mat1.def.thermalconductivity33</str> <str>comp1.mat1.def.k33</str> <str>comp1.mat1.def.k11</str> <str>60*unit_W_cf/(unit_m_cf*unit_K_cf)</str> <str>comp1.mat1.def.k21</str> <str>0</str> <str>comp1.mat1.def.k31</str> <str>0</str> <str>comp1.mat1.def.k12</str> <str>0</str> <str>comp1.mat1.def.k22</str> <str>60*unit_W_cf/(unit_m_cf*unit_K_cf)</str> <str>comp1.mat1.def.k32</str> <str>0</str> <str>comp1.mat1.def.k13</str> <str>0</str> <str>comp1.mat1.def.k23</str> <str>0</str> <str>comp1.mat1.def.k33</str> <str>60*unit_W_cf/(unit_m_cf*unit_K_cf)</str> <str>comp1.mat1.def.k_iso</str> <str>60*unit_W_cf/(unit_m_cf*unit_K_cf)</str> <str>comp1.mat1.def.k_symmetry</str> <str>0</str> <str>comp1.mat1.def.density</str> <str>comp1.mat1.def.rho</str> <str>comp1.mat1.def.rho</str> <str>5323*unit_kg_cf/unit_m_cf^3</str> <str>comp1.mat1.lstdf.tanDelta</str> <str>-imag(comp1.mat1.def.epsilonr_iso)/real(comp1.mat1.def.epsilonr_iso)</str> <str>comp1.mat1.lstdf.epsilonPrim11</str> <str>real(comp1.mat1.def.epsilonr_iso)</str> <str>comp1.mat1.lstdf.epsilonPrim21</str> <str>0</str> <str>comp1.mat1.lstdf.epsilonPrim31</str> <str>0</str> <str>comp1.mat1.lstdf.epsilonPrim12</str> <str>0</str> <str>comp1.mat1.lstdf.epsilonPrim22</str> <str>real(comp1.mat1.def.epsilonr_iso)</str> <str>comp1.mat1.lstdf.epsilonPrim32</str> <str>0</str> <str>comp1.mat1.lstdf.epsilonPrim13</str> <str>0</str> <str>comp1.mat1.lstdf.epsilonPrim23</str> <str>0</str> <str>comp1.mat1.lstdf.epsilonPrim33</str> <str>real(comp1.mat1.def.epsilonr_iso)</str> <str>comp1.mat1.lstdf.epsilonPrim_iso</str> <str>real(comp1.mat1.def.epsilonr_iso)</str> <str>comp1.mat1.lstdf.epsilonPrim_symmetry</str> <str>4</str> <str>comp1.mat1.lst.epsilonPrim11</str> <str>real(comp1.mat1.def.epsilonr_iso)</str> <str>comp1.mat1.lst.epsilonPrim21</str> <str>0</str> <str>comp1.mat1.lst.epsilonPrim31</str> <str>0</str> <str>comp1.mat1.lst.epsilonPrim12</str> <str>0</str> <str>comp1.mat1.lst.epsilonPrim22</str> <str>real(comp1.mat1.def.epsilonr_iso)</str> <str>comp1.mat1.lst.epsilonPrim32</str> <str>0</str> <str>comp1.mat1.lst.epsilonPrim13</str> <str>0</str> <str>comp1.mat1.lst.epsilonPrim23</str> <str>0</str> <str>comp1.mat1.lst.epsilonPrim33</str> <str>real(comp1.mat1.def.epsilonr_iso)</str> <str>comp1.mat1.lst.epsilonPrim_iso</str> <str>real(comp1.mat1.def.epsilonr_iso)</str> <str>comp1.mat1.lst.epsilonPrim_symmetry</str> <str>4</str> <str>comp1.mat1.lst.delta</str> <str>atan2(-imag(comp1.mat1.def.epsilonr_iso),real(comp1.mat1.def.epsilonr_iso))*unit_rad_cf</str> <str>comp1.mat1.rfi.n11</str> <str>sqrt(0.5*(real(comp1.mat1.def.epsilonr_iso)+sqrt(real(comp1.mat1.def.epsilonr_iso)^2+(-imag(comp1.mat1.def.epsilonr_iso))^2)))</str> <str>comp1.mat1.rfi.n21</str> <str>0</str> <str>comp1.mat1.rfi.n31</str> <str>0</str> <str>comp1.mat1.rfi.n12</str> <str>0</str> <str>comp1.mat1.rfi.n22</str> <str>sqrt(0.5*(real(comp1.mat1.def.epsilonr_iso)+sqrt(real(comp1.mat1.def.epsilonr_iso)^2+(-imag(comp1.mat1.def.epsilonr_iso))^2)))</str> <str>comp1.mat1.rfi.n32</str> <str>0</str> <str>comp1.mat1.rfi.n13</str> <str>0</str> <str>comp1.mat1.rfi.n23</str> <str>0</str> <str>comp1.mat1.rfi.n33</str> <str>sqrt(0.5*(real(comp1.mat1.def.epsilonr_iso)+sqrt(real(comp1.mat1.def.epsilonr_iso)^2+(-imag(comp1.mat1.def.epsilonr_iso))^2)))</str> <str>comp1.mat1.rfi.n_iso</str> <str>sqrt(0.5*(real(comp1.mat1.def.epsilonr_iso)+sqrt(real(comp1.mat1.def.epsilonr_iso)^2+(-imag(comp1.mat1.def.epsilonr_iso))^2)))</str> <str>comp1.mat1.rfi.n_symmetry</str> <str>4</str> <str>comp1.mat1.rfi.ki11</str> <str>-0.5*imag(comp1.mat1.def.epsilonr_iso)/sqrt(0.5*(real(comp1.mat1.def.epsilonr_iso)+sqrt(real(comp1.mat1.def.epsilonr_iso)^2+(-imag(comp1.mat1.def.epsilonr_iso))^2)))</str> <str>comp1.mat1.rfi.ki21</str> <str>0</str> <str>comp1.mat1.rfi.ki31</str> <str>0</str> <str>comp1.mat1.rfi.ki12</str> <str>0</str> <str>comp1.mat1.rfi.ki22</str> <str>-0.5*imag(comp1.mat1.def.epsilonr_iso)/sqrt(0.5*(real(comp1.mat1.def.epsilonr_iso)+sqrt(real(comp1.mat1.def.epsilonr_iso)^2+(-imag(comp1.mat1.def.epsilonr_iso))^2)))</str> <str>comp1.mat1.rfi.ki32</str> <str>0</str> <str>comp1.mat1.rfi.ki13</str> <str>0</str> <str>comp1.mat1.rfi.ki23</str> <str>0</str> <str>comp1.mat1.rfi.ki33</str> <str>-0.5*imag(comp1.mat1.def.epsilonr_iso)/sqrt(0.5*(real(comp1.mat1.def.epsilonr_iso)+sqrt(real(comp1.mat1.def.epsilonr_iso)^2+(-imag(comp1.mat1.def.epsilonr_iso))^2)))</str> <str>comp1.mat1.rfi.ki_iso</str> <str>-0.5*imag(comp1.mat1.def.epsilonr_iso)/sqrt(0.5*(real(comp1.mat1.def.epsilonr_iso)+sqrt(real(comp1.mat1.def.epsilonr_iso)^2+(-imag(comp1.mat1.def.epsilonr_iso))^2)))</str> <str>comp1.mat1.rfi.ki_symmetry</str> <str>4</str> <str>comp1.mat1.del.epsilonPrim11</str> <str>real(comp1.mat1.def.epsilonr11)</str> <str>comp1.mat1.del.epsilonPrim21</str> <str>real(comp1.mat1.def.epsilonr21)</str> <str>comp1.mat1.del.epsilonPrim31</str> <str>real(comp1.mat1.def.epsilonr31)</str> <str>comp1.mat1.del.epsilonPrim12</str> <str>real(comp1.mat1.def.epsilonr12)</str> <str>comp1.mat1.del.epsilonPrim22</str> <str>real(comp1.mat1.def.epsilonr22)</str> <str>comp1.mat1.del.epsilonPrim32</str> <str>real(comp1.mat1.def.epsilonr32)</str> <str>comp1.mat1.del.epsilonPrim13</str> <str>real(comp1.mat1.def.epsilonr13)</str> <str>comp1.mat1.del.epsilonPrim23</str> <str>real(comp1.mat1.def.epsilonr23)</str> <str>comp1.mat1.del.epsilonPrim33</str> <str>real(comp1.mat1.def.epsilonr33)</str> <str>comp1.mat1.del.epsilonPrim_iso</str> <str>if(real(comp1.mat1.def.epsilonr12)==0&amp;&amp;real(comp1.mat1.def.epsilonr13)==0&amp;&amp;real(comp1.mat1.def.epsilonr21)==0&amp;&amp;real(comp1.mat1.def.epsilonr22)==real(comp1.mat1.def.epsilonr11)&amp;&amp;real(comp1.mat1.def.epsilonr23)==0&amp;&amp;real(comp1.mat1.def.epsilonr31)==0&amp;&amp;real(comp1.mat1.def.epsilonr32)==0&amp;&amp;real(comp1.mat1.def.epsilonr33)==real(comp1.mat1.def.epsilonr11),real(comp1.mat1.def.epsilonr11),error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> <str>comp1.mat1.del.epsilonPrim_symmetry</str> <str>4</str> <str>comp1.mat1.del.epsilonBis11</str> <str>-imag(comp1.mat1.def.epsilonr11)</str> <str>comp1.mat1.del.epsilonBis21</str> <str>-imag(comp1.mat1.def.epsilonr21)</str> <str>comp1.mat1.del.epsilonBis31</str> <str>-imag(comp1.mat1.def.epsilonr31)</str> <str>comp1.mat1.del.epsilonBis12</str> <str>-imag(comp1.mat1.def.epsilonr12)</str> <str>comp1.mat1.del.epsilonBis22</str> <str>-imag(comp1.mat1.def.epsilonr22)</str> <str>comp1.mat1.del.epsilonBis32</str> <str>-imag(comp1.mat1.def.epsilonr32)</str> <str>comp1.mat1.del.epsilonBis13</str> <str>-imag(comp1.mat1.def.epsilonr13)</str> <str>comp1.mat1.del.epsilonBis23</str> <str>-imag(comp1.mat1.def.epsilonr23)</str> <str>comp1.mat1.del.epsilonBis33</str> <str>-imag(comp1.mat1.def.epsilonr33)</str> <str>comp1.mat1.del.epsilonBis_iso</str> <str>if(-imag(comp1.mat1.def.epsilonr12)==0&amp;&amp;-imag(comp1.mat1.def.epsilonr13)==0&amp;&amp;-imag(comp1.mat1.def.epsilonr21)==0&amp;&amp;-imag(comp1.mat1.def.epsilonr22)==-imag(comp1.mat1.def.epsilonr11)&amp;&amp;-imag(comp1.mat1.def.epsilonr23)==0&amp;&amp;-imag(comp1.mat1.def.epsilonr31)==0&amp;&amp;-imag(comp1.mat1.def.epsilonr32)==0&amp;&amp;-imag(comp1.mat1.def.epsilonr33)==-imag(comp1.mat1.def.epsilonr11),-imag(comp1.mat1.def.epsilonr11),error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> <str>comp1.mat1.del.epsilonBis_symmetry</str> <str>4</str> <str>comp1.mat1.smaA.Cp_A</str> <str>comp1.mat1.def.heatcapacity</str> <str>comp1.mat1.smaM.Cp_M</str> <str>comp1.mat1.def.heatcapacity</str> <str>comp1.mat1.smaA.k_A11</str> <str>comp1.mat1.def.thermalconductivity11</str> <str>comp1.mat1.smaA.k_A21</str> <str>0</str> <str>comp1.mat1.smaA.k_A31</str> <str>0</str> <str>comp1.mat1.smaA.k_A12</str> <str>0</str> <str>comp1.mat1.smaA.k_A22</str> <str>comp1.mat1.def.thermalconductivity22</str> <str>comp1.mat1.smaA.k_A32</str> <str>0</str> <str>comp1.mat1.smaA.k_A13</str> <str>0</str> <str>c `omp1.mat1.smaA.k_A23</str> <str>0</str> <str>comp1.mat1.smaA.k_A33</str> <str>comp1.mat1.def.thermalconductivity33</str> <str>comp1.mat1.smaA.k_A_iso</str> <str>if(comp1.mat1.def.thermalconductivity22==comp1.mat1.def.thermalconductivity11&amp;&amp;comp1.mat1.def.thermalconductivity33==comp1.mat1.def.thermalconductivity11,comp1.mat1.def.thermalconductivity11,error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> <str>comp1.mat1.smaA.k_A_symmetry</str> <str>0</str> <str>comp1.mat1.smaM.k_M11</str> <str>comp1.mat1.def.thermalconductivity11</str> <str>comp1.mat1.smaM.k_M21</str> <str>0</str> <str>comp1.mat1.smaM.k_M31</str> <str>0</str> <str>comp1.mat1.smaM.k_M12</str> <str>0</str> <str>comp1.mat1.smaM.k_M22</str> <str>comp1.mat1.def.thermalconductivity22</str> <str>comp1.mat1.smaM.k_M32</str> <str>0</str> <str>comp1.mat1.smaM.k_M13</str> <str>0</str> <str>comp1.mat1.smaM.k_M23</str> <str>0</str> <str>comp1.mat1.smaM.k_M33</str> <str>comp1.mat1.def.thermalconductivity33</str> <str>comp1.mat1.smaM.k_M_iso</str> <str>if(comp1.mat1.def.thermalconductivity22==comp1.mat1.def.thermalconductivity11&amp;&amp;comp1.mat1.def.thermalconductivity33==comp1.mat1.def.thermalconductivity11,comp1.mat1.def.thermalconductivity11,error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> <str>comp1.mat1.smaM.k_M_symmetry</str> <str>0</str> <str>comp1.mat1.idealGas.Cp</str> <str>comp1.mat1.def.heatcapacity</str> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.mat1.SemicondMaterial.Eg0</str> <str>0.664*unit_V_cf</str> <str>comp1.mat1.SemicondMaterial.chi0</str> <str>4*unit_V_cf</str> <str>comp1.mat1.SemicondMaterial.Nv</str> <str>6.0E18*(minput.T/(300*unit_K_cf))^1.5/unit_cm_cf^3</str> <str>comp1.mat1.SemicondMaterial.Nc</str> <str>1.04E19*(minput.T/(300*unit_K_cf))^1.5/unit_cm_cf^3</str> <str>comp1.mat1.SemicondMaterial.mun</str> <str>3900*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> <str>comp1.mat1.SemicondMaterial.mup</str> <str>1900*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.mat1.JainRoulstonModel.An_jr</str> <str>8.67E-9*unit_V_cf</str> <str>comp1.mat1.JainRoulstonModel.Bn_jr</str> <str>2.57E-7*unit_V_cf</str> <str>comp1.mat1.JainRoulstonModel.Cn_jr</str> <str>4.31E-12*unit_V_cf</str> <str>comp1.mat1.JainRoulstonModel.Ap_jr</str> <str>8.21E-9*unit_V_cf</str> <str>comp1.mat1.JainRoulstonModel.Bp_jr</str> <str>2.9E-7*unit_V_cf</str> <str>comp1.mat1.JainRoulstonModel.Cp_jr</str> <str>5.77E-12*unit_V_cf</str> <str>comp1.mat1.JainRoulstonModel.Nref_jr</str> <str>1/unit_cm_cf^3</str> <str>comp1.mat1.JainRoulstonModel.alpha_jr</str> <str>0.5</str> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.mat1.SRH.taun</str> <str>10*unit_us_cf</str> <str>comp1.mat1.SRH.taup</str> <str>10*unit_us_cf</str> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.mat1.Auger.Cn</str> <str>8.0E-32*unit_cm_cf^6/unit_s_cf</str> <str>comp1.mat1.Auger.Cp</str> <str>2.8E-31*unit_cm_cf^6/unit_s_cf</str> </arr> </rec> ,<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.mat2.def.relpermittivity11</str> <str>comp1.mat2.def.epsilonr11</str> <str>comp1.mat2.def.relpermittivity21</str> <str>0</str> <str>comp1.mat2.def.relpermittivity31</str> <str>0</str> <str>comp1.mat2.def.relpermittivity12</str> <str>0</str> <str>comp1.mat2.def.relpermittivity22</str> <str>comp1.mat2.def.epsilonr22</str> <str>comp1.mat2.def.relpermittivity32</str> <str>0</str> <str>comp1.mat2.def.relpermittivity13</str> <str>0</str> <str>comp1.mat2.def.relpermittivity23</str> <str>0</str> <str>comp1.mat2.def.relpermittivity33</str> <str>comp1.mat2.def.epsilonr33</str> <str>comp1.mat2.def.epsilonr11</str> <str>11.7</str> <str>comp1.mat2.def.epsilonr21</str> <str>0</str> <str>comp1.mat2.def.epsilonr31</str> <str>0</str> <str>comp1.mat2.def.epsilonr12</str> <str>0</str> <str>comp1.mat2.def.epsilonr22</str> <str>11.7</str> <str>comp1.mat2.def.epsilonr32</str> <str>0</str> <str>comp1.mat2.def.epsilonr13</str> <str>0</str> <str>comp1.mat2.def.epsilonr23</str> <str>0</str> <str>comp1.mat2.def.epsilonr33</str> <str>11.7</str> <str>comp1.mat2.def.epsilonr_iso</str> <str>11.7</str> <str>comp1.mat2.def.epsilonr_symmetry</str> <str>0</str> <str>comp1.mat2.def.thermalconductivity11</str> <str>comp1.mat2.def.k11</str> <str>comp1.mat2.def.thermalconductivity21</str> <str>0</str> <str>comp1.mat2.def.thermalconductivity31</str> <str>0</str> <str>comp1.mat2.def.thermalconductivity12</str> <str>0</str> <str>comp1.mat2.def.thermalconductivity22</str> <str>comp1.mat2.def.k22</str> <str>comp1.mat2.def.thermalconductivity32</str> <str>0</str> <str>comp1.mat2.def.thermalconductivity13</str> <str>0</str> <str>comp1.mat2.def.thermalconductivity23</str> <str>0</str> <str>comp1.mat2.def.thermalconductivity33</str> <str>comp1.mat2.def.k33</str> <str>comp1.mat2.def.k11</str> <str>131*unit_W_cf/(unit_m_cf*unit_K_cf)</str> <str>comp1.mat2.def.k21</str> <str>0</str> <str>comp1.mat2.def.k31</str> <str>0</str> <str>comp1.mat2.def.k12</str> <str>0</str> <str>comp1.mat2.def.k22</str> <str>131*unit_W_cf/(unit_m_cf*unit_K_cf)</str> <str>comp1.mat2.def.k32</str> <str>0</str> <str>comp1.mat2.def.k13</str> <str>0</str> <str>comp1.mat2.def.k23</str> <str>0</str> <str>comp1.mat2.def.k33</str> <str>131*unit_W_cf/(unit_m_cf*unit_K_cf)</str> <str>comp1.mat2.def.k_iso</str> <str>131*unit_W_cf/(unit_m_cf*unit_K_cf)</str> <str>comp1.mat2.def.k_symmetry</str> <str>0</str> <str>comp1.mat2.def.density</str> <str>comp1.mat2.def.rho</str> <str>comp1.mat2.def.rho</str> <str>2329*unit_kg_cf/unit_m_cf^3</str> <str>comp1.mat2.def.heatcapacity</str> <str>comp1.mat2.def.Cp</str> <str>comp1.mat2.def.Cp</str> <str>700*unit_J_cf/(unit_kg_cf*unit_K_cf)</str> <str>comp1.mat2.lstdf.tanDelta</str> <str>-imag(comp1.mat2.def.epsilonr_iso)/real(comp1.mat2.def.epsilonr_iso)</str> <str>comp1.mat2.lstdf.epsilonPrim11</str> <str>real(comp1.mat2.def.epsilonr_iso)</str> <str>comp1.mat2.lstdf.epsilonPrim21</str> <str>0</str> <str>comp1.mat2.lstdf.epsilonPrim31</str> <str>0</str> <str>comp1.mat2.lstdf.epsilonPrim12</str> <str>0</str> <str>comp1.mat2.lstdf.epsilonPrim22</str> <str>real(comp1.mat2.def.epsilonr_iso)</str> <str>comp1.mat2.lstdf.epsilonPrim32</str> <str>0</str> <str>comp1.mat2.lstdf.epsilonPrim13</str> <str>0</str> <str>comp1.mat2.lstdf.epsilonPrim23</str> <str>0</str> <str>comp1.mat2.lstdf.epsilonPrim33</str> <str>real(comp1.mat2.def.epsilonr_iso)</str> <str>comp1.mat2.lstdf.epsilonPrim_iso</str> <str>real(comp1.mat2.def.epsilonr_iso)</str> <str>comp1.mat2.lstdf.epsilonPrim_symmetry</str> <str>4</str> <str>comp1.mat2.lst.epsilonPrim11</str> <str>real(comp1.mat2.def.epsilonr_iso)</str> <str>comp1.mat2.lst.epsilonPrim21</str> <str>0</str> <str>comp1.mat2.lst.epsilonPrim31</str> <str>0</str> <str>comp1.mat2.lst.epsilonPrim12</str> <str>0</str> <str>comp1.mat2.lst.epsilonPrim22</str> <str>real(comp1.mat2.def.epsilonr_iso)</str> <str>comp1.mat2.lst.epsilonPrim32</str> <str>0</str> <str>comp1.mat2.lst.epsilonPrim13</str> <str>0</str> <str>comp1.mat2.lst.epsilonPrim23</str> <str>0</str> <str>comp1.mat2.lst.epsilonPrim33</str> <str>real(comp1.mat2.def.epsilonr_iso)</str> <str>comp1.mat2.lst.epsilonPrim_iso</str> <str>real(comp1.mat2.def.epsilonr_iso)</str> <str>comp1.mat2.lst.epsilonPrim_symmetry</str> <str>4</str> <str>comp1.mat2.lst.delta</str> <str>atan2(-imag(comp1.mat2.def.epsilonr_iso),real(comp1.mat2.def.epsilonr_iso))*unit_rad_cf</str> <str>comp1.mat2.rfi.n11</str> <str>sqrt(0.5*(real(comp1.mat2.def.epsilonr_iso)+sqrt(real(comp1.mat2.def.epsilonr_iso)^2+(-imag(comp1.mat2.def.epsilonr_iso))^2)))</str> <str>comp1.mat2.rfi.n21</str> <str>0</str> <str>comp1.mat2.rfi.n31</str> <str>0</str> <str>comp1.mat2.rfi.n12</str> <str>0</str> <str>comp1.mat2.rfi.n22</str> <str>sqrt(0.5*(real(comp1.mat2.def.epsilonr_iso)+sqrt(real(comp1.mat2.def.epsilonr_iso)^2+(-imag(comp1.mat2.def.epsilonr_iso))^2)))</str> <str>comp1.mat2.rfi.n32</str> <str>0</str> <str>comp1.mat2.rfi.n13</str> <str>0</str> <str>comp1.mat2.rfi.n23</str> <str>0</str> <str>comp1.mat2.rfi.n33</str> <str>sqrt(0.5*(real(comp1.mat2.def.epsilonr_iso)+sqrt(real(comp1.mat2.def.epsilonr_iso)^2+(-imag(comp1.mat2.def.epsilonr_iso))^2)))</str> <str>comp1.mat2.rfi.n_iso</str> <str>sqrt(0.5*(real(comp1.mat2.def.epsilonr_iso)+sqrt(real(comp1.mat2.def.epsilonr_iso)^2+(-imag(comp1.mat2.def.epsilonr_iso))^2)))</str> <str>comp1.mat2.rfi.n_symmetry</str> <str>4</str> <str>comp1.mat2.rfi.ki11</str> <str>-0.5*imag(comp1.mat2.def.epsilonr_iso)/sqrt(0.5*(real(comp1.mat2.def.epsilonr_iso)+sqrt(real(comp1.mat2.def.epsilonr_iso)^2+(-imag(comp1.mat2.def.epsilonr_iso))^2)))</str> <str>comp1.mat2.rfi.ki21</str> <str>0</str> <str>comp1.mat2.rfi.ki31</str> <str>0</str> <str>comp1.mat2.rfi.ki12</str> <str>0</str> <str>comp1.mat2.rfi.ki22</str> <str>-0.5*imag(comp1.mat2.def.epsilonr_iso)/sqrt(0.5*(real(comp1.mat2.def.epsilonr_iso)+sqrt(real(comp1.mat2.def.epsilonr_iso)^2+(-imag(comp1.mat2.def.epsilonr_iso))^2)))</str> <str>comp1.mat2.rfi.ki32</str> <str>0</str> <str>comp1.mat2.rfi.ki13</str> <str>0</str> <str>comp1.mat2.rfi.ki23</str> <str>0</str> <str>comp1.mat2.rfi.ki33</str> <str>-0.5*imag(comp1.mat2.def.epsilonr_iso)/sqrt(0.5*(real(comp1.mat2.def.epsilonr_iso)+sqrt(real(comp1.mat2.def.epsilonr_iso)^2+(-imag(comp1.mat2.def.epsilonr_iso))^2)))</str> <str>comp1.mat2.rfi.ki_iso</str> <str>-0.5*imag(comp1.mat2.def.epsilonr_iso)/sqrt(0.5*(real(comp1.mat2.def.epsilonr_iso)+sqrt(real(comp1.mat2.def.epsilonr_iso)^2+(-imag(comp1.mat2.def.epsilonr_iso))^2)))</str> <str>comp1.mat2.rfi.ki_symmetry</str> <str>4</str> <str>comp1.mat2.del.epsilonPrim11</str> <str>real(comp1.mat2.def.epsilonr11)</str> <str>comp1.mat2.del.epsilonPrim21</str> <str>real(comp1.mat2.def.epsilonr21)</str> <str>comp1.mat2.del.epsilonPrim31</str> <str>real(comp1.mat2.def.epsilonr31)</str> <str>comp1.mat2.del.epsilonPrim12</str> <str>real(comp1.mat2.def.epsilonr12)</str> <str>comp1.mat2.del.epsilonPrim22</str> <str>real(comp1.mat2.def.epsilonr22)</str> <str>comp1.mat2.del.epsilonPrim32</str> <str>real(comp1.mat2.def.epsilonr32)</str> <str>comp1.mat2.del.epsilonPrim13</str> <str>real(comp1.mat2.def.epsilonr13)</str> <str>comp1.mat2.del.epsilonPrim23</str> <str>real(comp1.mat2.def.epsilonr23)</str> <str>comp1.mat2.del.epsilonPrim33</str> <str>real(comp1.mat2.def.epsilonr33)</str> <str>comp1.mat2.del.epsilonPrim_iso</str> <str>if(real(comp1.mat2.def.epsilonr12)==0&amp;&amp;real(comp1.mat2.def.epsilonr13)==0&amp;&amp;real(comp1.mat2.def.epsilonr21)==0&amp;&amp;real(comp1.mat2.def.epsilonr22)==real(comp1.mat2.def.epsilonr11)&amp;&amp;real(comp1.mat2.def.epsilonr23)==0&amp;&amp;real(comp1.mat2.def.epsilonr31)==0&amp;&amp;real(comp1.mat2.def.epsilonr32)==0&amp;&amp;real(comp1.mat2.def.epsilonr33)==real(comp1.mat2.def.epsilonr11),real(comp1.mat2.def.epsilonr11),error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> <str>comp1.mat2.del.epsilonPrim_symmetry</str> <str>4</str> <str>comp1.mat2.del.epsilonBis11</str> <str>-imag(comp1.mat2.def.epsilonr11)</str> <str>comp1.mat2.del.epsilonBis21</str> <str>-imag(comp1.mat2.def.epsilonr21)</str> <str>comp1.mat2.del.epsilonBis31</str> <str>-imag(comp1.mat2.def.epsilonr31)</str> <str>comp1.mat2.del.epsilonBis12</str> <str>-imag(comp1.mat2.def.epsilonr12)</str> <str>comp1.mat2.del.epsilonBis22</str> <str>-imag(comp1.mat2.def.epsilonr22)</str> <str>comp1.mat2.del.epsilonBis32</str> <str>-imag(comp1.mat2.def.epsilonr32)</str> <str>comp1.mat2.del.epsilonBis13</str> <str>-imag(comp1.mat2.def.epsilonr13)</str> <str>comp1.mat2.del.epsilonBis23</str> <str>-imag(comp1.mat2.def.epsilonr23)</str> <str>comp1.mat2.del.epsilonBis33</str> <str>-imag(comp1.mat2.def.epsilonr33)</str> <str>comp1.mat2.del.epsilonBis_iso</str> <str>if(-imag(comp1.mat2.def.epsilonr12)==0&amp;&amp;-imag(comp1.mat2.def.epsilonr13)==0&amp;&amp;-imag(comp1.mat2.def.epsilonr21)==0&amp;&amp;-imag(comp1.mat2.def.epsilonr22)==-imag(comp1.mat2.def.epsilonr11)&amp;&amp;-imag(comp1.mat2.def.epsilonr23)==0&amp;&amp;-imag(comp1.mat2.def.epsilonr31)==0&amp;&amp;-imag(comp1.mat2.def.epsilonr32)==0&amp;&amp;-imag(comp1.mat2.def.epsilonr33)==-imag(comp1.mat2.def.epsilonr11),-imag(comp1.mat2.def.epsilonr11),error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> <str>comp1.mat2.del.epsilonBis_symmetry</str> <str>4</str> <str>comp1.mat2.smaA.Cp_A</str> <str>comp1.mat2.def.heatcapacity</str> <str>comp1.mat2.smaM.Cp_M</str> <str>comp1.mat2.def.heatcapacity</str> <str>comp1.mat2.smaA.k_A11</str> <str>comp1.mat2.def.thermalconductivity11</str> <str>comp1.mat2.smaA.k_A21</str> <str>0</str> <str>comp1.mat2.smaA.k_A31</str> <str>0</str> <str>comp1.mat2.smaA.k_A12</str> <str>0</str> <str>comp1.mat2.smaA.k_A22</str> <str>comp1.mat2.def.thermalconductivity22</str> <str>comp1.mat2.smaA.k_A32</str> <str>0</str> <str>comp1.mat2.smaA.k_A13</str> <str>0</str> <str>comp1.mat2.smaA.k_A23</str> <str>0</str> <str>comp1.mat2.smaA.k_A33</str> <str>comp1.mat2.def.thermalconductivity33</str> <str>comp1.mat2.smaA.k_A_iso</str> <str>if(comp1.mat2.def.thermalconductivity22==comp1.mat2.def.thermalconductivity11&amp;&amp;comp1.mat2.def.thermalconductivity33==comp1.mat2.def.thermalconductivity11,comp1.mat2.def.thermalconductivity11,error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> <str>comp1.mat2.smaA.k_A_symmetry</str> <str>0</str> <str>comp1.mat2.smaM.k_M11</str> <str>comp1.mat2.def.thermalconductivity11</str> <str>comp1.mat2.smaM.k_M21</str> <str>0</str> <str>comp1.mat2.smaM.k_M31</str> <str>0</str> <str>comp1.mat2.smaM.k_M12</str> <str>0</str> <str>comp1.mat2.smaM.k_M22</str> <str>comp1.mat2.def.thermalconductivity22</str> <str>comp1.mat2.smaM.k_M32</str> <str>0</str> <str>comp1.mat2.smaM.k_M13</str> <str>0</str> <str>comp1.mat2.smaM.k_M23</str> <str>0</str> <str>comp1.mat2.smaM.k_M33</str> <str>comp1.mat2.def.thermalconductivity33</str> <str>comp1.mat2.smaM.k_M_iso</str> <str>if(comp1.mat2.def.thermalconductivity22==comp1.mat2.def.thermalconductivity11&amp;&amp;comp1.mat2.def.thermalconductivity33==comp1.mat2.def.thermalconductivity11,comp1.mat2.def.thermalconductivity11,error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> <str>comp1.mat2.smaM.k_M_symmetry</str> <str>0</str> <str>comp1.mat2.idealGas.Cp</str> <str>comp1.mat2.def.heatcapacity</str> </arr> </rec> |<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.mat2.AroraMobilityModel.mun0_ref_arora</str> <str>1252*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> <str>comp1.mat2.AroraMobilityModel.mup0_ref_arora</str> <str>407*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> <str>comp1.mat2.AroraMobilityModel.mun_min_ref_arora</str> <str>88*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> <str>comp1.mat2.AroraMobilityModel.mup_min_ref_arora</str> <str>54.3*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> <str>comp1.mat2.AroraMobilityModel.Nn0_ref_arora</str> <str>1.26E17/unit_cm_cf^3</str> <str>comp1.mat2.AroraMobilityModel.Np0_ref_arora</str> <str>2.35E17/unit_cm_cf^3</str> <str>comp1.mat2.AroraMobilityModel.alpha0_arora</str> <str>0.88</str> <str>comp1.mat2.AroraMobilityModel.beta1_arora</str> <str>-0.57</str> <str>comp1.mat2.AroraMobilityModel.beta2_arora</str> <str>-2.33</str> <str>comp1.mat2.AroraMobilityModel.beta3_arora</str> <str>-2.33</str> <str>comp1.mat2.AroraMobilityModel.beta4_arora</str> <str>-0.146</str> <str>comp1.mat2.AroraMobilityModel.Tref_arora</str> <str>300*unit_K_cf</str> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.mat2.PowerLawMobilityModel.mun0_pl</str> <str>1448*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> <str>comp1.mat2.PowerLawMobilityModel.mup0_pl</str> <str>473*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> <str>comp1.mat2.PowerLawMobilityModel.alphan_pl</str> <str>2.33</str> <str>comp1.mat2.PowerLawMobilityModel.alphap_pl</str> <str>2.23</str> <str>comp1.mat2.PowerLawMobilityModel.Tref_pl</str> <str>300*unit_K_cf</str> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.mat2.Auger.Cn</str> <str>2.8E-31*unit_cm_cf^6/unit_s_cf</str> <str>comp1.mat2.Auger.Cp</str> <str>9.9E-32*unit_cm_cf^6/unit_s_cf</str> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.mat2.Direct.C</str> <str>0</str> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.mat2.SRH.taun</str> <str>10*unit_us_cf</str> <str>comp1.mat2.SRH.taup</str> <str>10*unit_us_cf</str> </arr> </rec> x<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.mat2.FletcherMobilityModel.F1_fl</str> <str>1.04E21/(unit_cm_cf*unit_V_cf*unit_s_cf)</str> <str>comp1.mat2.FletcherMobilityModel.F2_fl</str> <str>7.45E13/unit_cm_cf^2</str> <str>comp1.mat2.FletcherMobilityModel.Tref_fl</str> <str>300*unit_K_cf</str> </arr> </rec> L<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.mat2.CaugheyThomasMobilityModel.alphan0_ct</str> <str>1.11</str> <str>comp1.mat2.CaugheyThomasMobilityModel.alphap0_ct</str> <str>1.21</str> <str>comp1.mat2.CaugheyThomasMobilityModel.vn0_ct</str> <str>10000000*unit_cm_cf/unit_s_cf</str> <str>comp1.mat2.CaugheyThomasMobilityModel.vp0_ct</str> <str>8370000*unit_cm_cf/unit_s_cf</str> <str>comp1.mat2.CaugheyThomasMobilityModel.betan1_ct</str> <str>0.66</str> <str>comp1.mat2.CaugheyThomasMobilityModel.betap1_ct</str> <str>0.17</str> <str>comp1.mat2.CaugheyThomasMobilityModel.betan2_ct</str> <str>-0.87</str> <str>comp1.mat2.CaugheyThomasMobilityModel.betap2_ct</str> <str>-0.52</str> <str>comp1.mat2.CaugheyThomasMobilityModel.Tref_ct</str> <str>300*unit `_K_cf</str> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.mat2.SemicondMaterial.Eg0</str> <str>1.12*unit_V_cf</str> <str>comp1.mat2.SemicondMaterial.chi0</str> <str>4.05*unit_V_cf</str> <str>comp1.mat2.SemicondMaterial.Nv</str> <str>1.04E19*(minput.T/(300*unit_K_cf))^1.5/unit_cm_cf^3</str> <str>comp1.mat2.SemicondMaterial.Nc</str> <str>2.8E19*(minput.T/(300*unit_K_cf))^1.5/unit_cm_cf^3</str> <str>comp1.mat2.SemicondMaterial.mun</str> <str>1450*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> <str>comp1.mat2.SemicondMaterial.mup</str> <str>500*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.mat2.LombardiSurfaceMobilityModel.deltan_ls</str> <str>5.82E14*unit_V_cf/unit_s_cf</str> <str>comp1.mat2.LombardiSurfaceMobilityModel.deltap_ls</str> <str>2.05E14*unit_V_cf/unit_s_cf</str> <str>comp1.mat2.LombardiSurfaceMobilityModel.mun1_ls</str> <str>47500000*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> <str>comp1.mat2.LombardiSurfaceMobilityModel.mup1_ls</str> <str>99300000*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> <str>comp1.mat2.LombardiSurfaceMobilityModel.mun2_ls</str> <str>174000*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> <str>comp1.mat2.LombardiSurfaceMobilityModel.mup2_ls</str> <str>884000*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> <str>comp1.mat2.LombardiSurfaceMobilityModel.alphan_ls</str> <str>0.125</str> <str>comp1.mat2.LombardiSurfaceMobilityModel.alphap_ls</str> <str>0.0317</str> <str>comp1.mat2.LombardiSurfaceMobilityModel.Tref_ls</str> <str>unit_K_cf</str> <str>comp1.mat2.LombardiSurfaceMobilityModel.Eref_ls</str> <str>unit_V_cf/unit_cm_cf</str> <str>comp1.mat2.LombardiSurfaceMobilityModel.Nref_ls</str> <str>1/unit_cm_cf^3</str> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.mat2.ImpactIonization.an</str> <str>0.426/unit_V_cf</str> <str>comp1.mat2.ImpactIonization.ap</str> <str>0.243/unit_V_cf</str> <str>comp1.mat2.ImpactIonization.bn</str> <str>481000*unit_V_cf/unit_cm_cf</str> <str>comp1.mat2.ImpactIonization.bp</str> <str>653000*unit_V_cf/unit_cm_cf</str> <str>comp1.mat2.ImpactIonization.cnii</str> <str>3.05E-4/unit_K_cf</str> <str>comp1.mat2.ImpactIonization.cpii</str> <str>5.35E-4/unit_K_cf</str> <str>comp1.mat2.ImpactIonization.dn</str> <str>6.86E-4/unit_K_cf</str> <str>comp1.mat2.ImpactIonization.dp</str> <str>5.67E-4/unit_K_cf</str> </arr> </rec> C<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.mat2.SlotboomModel.Eref_sb</str> <str>0.00692*unit_V_cf</str> <str>comp1.mat2.SlotboomModel.Nref_sb</str> <str>1.3E17/unit_cm_cf^3</str> <str>comp1.mat2.SlotboomModel.alpha_sb</str> <str>0.5</str> </arr> </rec> }<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.mat2.JainRoulstonModel.An_jr</str> <str>3.5E-8*unit_V_cf</str> <str>comp1.mat2.JainRoulstonModel.Bn_jr</str> <str>0</str> <str>comp1.mat2.JainRoulstonModel.Cn_jr</str> <str>0</str> <str>comp1.mat2.JainRoulstonModel.Ap_jr</str> <str>3.5E-8*unit_V_cf</str> <str>comp1.mat2.JainRoulstonModel.Bp_jr</str> <str>0</str> <str>comp1.mat2.JainRoulstonModel.Cp_jr</str> <str>0</str> <str>comp1.mat2.JainRoulstonModel.Nref_jr</str> <str>1/unit_cm_cf^3</str> <str>comp1.mat2.JainRoulstonModel.alpha_jr</str> <str>0.5</str> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.mat2.KlaassenUnifiedMobilityModel.T_ref_kl</str> <str>300*unit_K_cf</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.mu_e_max_kl</str> <str>1414*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.mu_h_max_kl</str> <str>470.5*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.mu_e_min_kl</str> <str>68.5*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.mu_h_min_kl</str> <str>44.9*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.theta_e_kl</str> <str>2.285</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.theta_h_kl</str> <str>2.247</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.alpha_e_1_kl</str> <str>0.711</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.alpha_h_1_kl</str> <str>0.719</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.N_ref_e_1_kl</str> <str>9.2E16*unit_cm_cf^(-3)</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.N_ref_h_1_kl</str> <str>2.23E17*unit_cm_cf^(-3)</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.c_D_kl</str> <str>0.21</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.c_A_kl</str> <str>0.5</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.N_ref_D_kl</str> <str>4.0E20*unit_cm_cf^(-3)</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.N_ref_A_kl</str> <str>7.2E20*unit_cm_cf^(-3)</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.f_BH_kl</str> <str>3.828</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.f_CW_kl</str> <str>2.459</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.N_BH_kl</str> <str>1.36E20*unit_cm_cf^(-3)</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.P_CW_kl</str> <str>3.97E13</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.s_1_kl</str> <str>0.89233</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.s_2_kl</str> <str>0.41372</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.s_3_kl</str> <str>0.19778</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.s_4_kl</str> <str>0.28227</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.s_5_kl</str> <str>0.005978</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.s_6_kl</str> <str>1.80618</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.s_7_kl</str> <str>0.72169</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.r_1_kl</str> <str>0.7643</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.r_2_kl</str> <str>2.2999</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.r_3_kl</str> <str>6.5502</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.r_4_kl</str> <str>2.367</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.r_5_kl</str> <str>-0.01552</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.r_6_kl</str> <str>0.6478</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.m_e_kl</str> <str>me_const</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.m_h_kl</str> <str>1.258*me_const</str> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <arr> <str>comp1.material.F11</str> <arr> <str>1</str> </arr> <str>comp1.material.F21</str> <arr> <str>0</str> </arr> <str>comp1.material.F31</str> <arr> <str>0</str> </arr> <str>comp1.material.F12</str> <arr> <str>0</str> </arr> <str>comp1.material.F22</str> <arr> <str>1</str> </arr> <str>comp1.material.F32</str> <arr> <str>0</str> </arr> <str>comp1.material.F13</str> <arr> <str>0</str> </arr> <str>comp1.material.F23</str> <arr> <str>0</str> </arr> <str>comp1.material.F33</str> <arr> <str>1</str> </arr> <str>comp1.material.detF</str> <arr> <str>1</str> </arr> <str>comp1.material.gSubXgXg</str> <arr> <str>comp1.material.F11^2</str> </arr> <str>comp1.material.gSubYgXg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubZgXg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubXgYg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubYgYg</str> <arr> <str>1</str> </arr> <str>comp1.material.gSubZgYg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubXgZg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubYgZg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubZgZg</str> <arr> <str>1</str> </arr> <str>comp1.material.gSupXgXg</str> <arr> <str>comp1.material.invF11^2</str> </arr> <str>comp1.material.gSupYgXg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupZgXg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupXgYg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupYgYg</str> <arr> <str>1</str> </arr> <str>comp1.material.gSupZgYg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupXgZg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupYgZg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupZgZg</str> <arr> <str>1</str> </arr> <str>comp1.spatial.F11</str> <arr> <str>1</str> </arr> <str>comp1.spatial.F21</str> <arr> <str>0</str> </arr> <str>comp1.spatial.F31</str> <arr> <str>0</str> </arr> <str>comp1.spatial.F12</str> <arr> <str>0</str> </arr> <str>comp1.spatial.F22</str> <arr> <str>1</str> </arr> <str>comp1.spatial.F32</str> <arr> <str>0</str> </arr> <str>comp1.spatial.F13</str> <arr> <str>0</str> </arr> <str>comp1.spatial.F23</str> <arr> <str>0</str> </arr> <str>comp1.spatial.F33</str> <arr> <str>1</str> </arr> <str>comp1.spatial.detF</str> <arr> <str>1</str> </arr> <str>comp1.spatial.gSubXX</str> <arr> <str>comp1.spatial.F11^2</str> </arr> <str>comp1.spatial.gSubYX</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSubZX</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSubXY</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSubYY</str> <arr> <str>1</str> </arr> <str>comp1.spatial.gSubZY</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSubXZ</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSubYZ</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSubZZ</str> <arr> <str>1</str> </arr> <str>comp1.spatial.gSupXX</str> <arr> <str>comp1.spatial.invF11^2</str> </arr> <str>comp1.spatial.gSupYX</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSupZX</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSupXY</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSupYY</str> <arr> <str>1</str> </arr> <str>comp1.spatial.gSupZY</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSupXZ</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSupYZ</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSupZZ</str> <arr> <str>1</str> </arr> <str>comp1.spatial.invF11</str> <arr> <str>1</str> </arr> <str>comp1.spatial.invF21</str> <arr> <str>0</str> </arr> <str>comp1.spatial.invF31</str> <arr> <str>0</str> </arr> <str>comp1.spatial.invF12</str> <arr> <str>0</str> </arr> <str>comp1.spatial.invF22</str> <arr> <str>1</str> </arr> <str>comp1.spatial.invF32</str> <arr> <str>0</str> </arr> <str>comp1.spatial.invF13</str> <arr> <str>0</str> </arr> <str>comp1.spatial.invF23</str> <arr> <str>0</str> </arr> <str>comp1.spatial.invF33</str> <arr> <str>1</str> </arr> <str>comp1.spatial.detInvF</str> <arr> <str>1</str> </arr> <str>comp1.material.gSubxx</str> <arr> <str>comp1.spatial.invF11^2</str> </arr> <str>comp1.material.gSubyx</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubzx</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubxy</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubyy</str> <arr> <str>1</str> </arr> <str>comp1.material.gSubzy</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubxz</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubyz</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubzz</str> <arr> <str>1</str> </arr> <str>comp1.material.gSupxx</str> <arr> <str>comp1.spatial.F11^2</str> </arr> <str>comp1.material.gSupyx</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupzx</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupxy</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupyy</str> <arr> <str>1</str> </arr> <str>comp1.material.gSupzy</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupxz</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupyz</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupzz</str> <arr> <str>1</str> </arr> <str>comp1.material.invF11</str> <arr> <str>1</str> </arr> <str>comp1.material.invF21</str> <arr> <str>0</str> </arr> <str>comp1.material.invF31</str> <arr> <str>0</str> </arr> <str>comp1.material.invF12</str> <arr> <str>0</str> </arr> <str>comp1.material.invF22</str> <arr> <str>1</str> </arr> <str>comp1.material.invF32</str> <arr> <str>0</str> </arr> <str>comp1.material.invF13</str> <arr> <str>0</str> </arr> <str>comp1.material.invF23</str> <arr> <str>0</str> </arr> <str>comp1.material.invF33</str> <arr> <str>1</str> </arr> <str>comp1.material.detInvF</str> <arr> <str>1</str> </arr> <str>comp1.geometry.gSubXX</str> <arr> <str>comp1.material.invF11^2</str> </arr> <str>comp1.geometry.gSubYX</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSubZX</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSubXY</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSubYY</str> <arr> <str>1</str> </arr> <str>comp1.geometry.gSubZY</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSubXZ</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSubYZ</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSubZZ</str> <arr> <str>1</str> </arr> <str>comp1.geometry.gSupXX</str> <arr> <str>comp1.material.F11^2</str> </arr> <str>comp1.geometry.gSupYX</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSupZX</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSupXY</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSupYY</str> <arr> <str>1</str> </arr> <str>comp1.geometry.gSupZY</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSupXZ</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSupYZ</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSupZZ</str> <arr> <str>1</str> </arr> <str>comp1.dGeomChar</str> <arr> <str>1.0E-6</str> </arr> <str>material.boundary</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> *<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.material.F11</str> <arr> <str>1</str> </arr> <str>comp1.material.F21</str> <arr> <str>0</str> </arr> <str>comp1.material.F31</str> <arr> <str>0</str> </arr> <str>comp1.material.F12</str> <arr> <str>0</str> </arr> <str>comp1.material.F22</str> <arr> <str>1</str> </arr> <str>comp1.material.F32</str> <arr> <str>0</str> </arr> <str>comp1.material.F13</str> <arr> <str>0</str> </arr> <str>comp1.material.F23</str> <arr> <str>0</str> </arr> <str>comp1.material.F33</str> <arr> <str>1</str> </arr> <str>comp1.material.detF</str> <arr> <str>1</str> </arr> <str>comp1.material.gSubXgXg</str> <arr> <str>comp1.material.F11^2</str> </arr> <str>comp1.material.gSubYgXg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubZgXg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubXgYg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubYgYg</str> <arr> <str>1</str> </arr> <str>comp1.material.gSubZgYg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubXgZg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubYgZg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubZgZg</str> <arr> <str>1</str> </arr> <str>comp1.material.gSupXgXg</str> <arr> <str>comp1.material.invF11^2</str> </arr> <str>comp1.material.gSupYgXg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupZgXg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupXgYg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupYgYg</str> <arr> <str>1</str> </arr> <str>comp1.material.gSupZgYg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupXgZg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupYgZg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupZgZg</str> <arr> <str>1</str> </arr> <str>comp1.spatial.F11</str> <arr> <str>1</str> </arr> <str>comp1.spatial.F21</str> <arr> <str>0</str> </arr> <str>comp1.spatial.F31</str> <arr> <str>0</str> </arr> <str>comp1.spatial.F12</str> <arr> <str>0</str> </arr> <str>comp1.spatial.F22</str> <arr> <str>1</str> </arr> <str>comp1.spatial.F32</str> <arr> <str>0</str> </arr> <str>comp1.spatial.F13</str> <arr> <str>0</str> </arr> <str>comp1.spatial.F23</str> <arr> <str>0</str> </arr> <str>comp1.spatial.F33</str> <arr> <str>1</str> </arr> <str>comp1.spatial.detF</str> <arr> <str>1</str> </arr> <str>comp1.spatial.gSubXX</str> <arr> <str>comp1.spatial.F11^2</str> </arr> <str>comp1.spatial.gSubYX</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSubZX</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSubXY</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSubYY</str> <arr> <str>1</str> </arr> <str>comp1.spatial.gSubZY</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSubXZ</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSubYZ</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSubZZ</str> <arr> <str>1</str> </arr> <str>comp1.spatial.gSupXX</str> <arr> <str>comp1.spatial.invF11^2</str> </arr> <str>comp1.spatial.gSupYX</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSupZX</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSupXY</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSupYY</str> <arr> <str>1</str> </arr> <str>comp1.spatial.gSupZY</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSupXZ</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSupYZ</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSupZZ</str> <arr> <str>1</str> </arr> <str>comp1.spatial.invF11</str> <arr> <str>1</str> </arr> <str>comp1.spatial.invF21</str> <arr> <str>0</str> </arr> <str>comp1.spatial.invF31</str> <arr> <str>0</str> </arr> <str>comp1.spatial.invF12</str> <arr> <str>0</str> </arr> <str>comp1.spatial.invF22</str> <arr> <str>1</str> </arr> <str>comp1.spatial.invF32</str> <arr> <str>0</str> </arr> <str>comp1.spatial.invF13</str> <arr> <str>0</str> </arr> <str>comp1.spatial.invF23</str> <arr> <str>0</str> </arr> <str>comp1.spatial.invF33</str> <arr> <str>1</str> </arr> <str>comp1.spatial.detInvF</str> <arr> <str>1</str> </arr> <str>comp1.material.gSubxx</str> <arr> <str>comp1.spatial.invF11^2</str> </arr> <str>comp1.material.gSubyx</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubzx</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubxy</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubyy</str> <arr> <str>1</str> </arr> <str>comp1.material.gSubzy</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubxz</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubyz</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubzz</str> <arr> <str>1</str> </arr> <str>comp1.material.gSupxx</str> <arr> <str>comp1.spatial.F11^2</str> </arr> <str>comp1.material.gSu `pyx</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupzx</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupxy</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupyy</str> <arr> <str>1</str> </arr> <str>comp1.material.gSupzy</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupxz</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupyz</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupzz</str> <arr> <str>1</str> </arr> <str>comp1.material.invF11</str> <arr> <str>1</str> </arr> <str>comp1.material.invF21</str> <arr> <str>0</str> </arr> <str>comp1.material.invF31</str> <arr> <str>0</str> </arr> <str>comp1.material.invF12</str> <arr> <str>0</str> </arr> <str>comp1.material.invF22</str> <arr> <str>1</str> </arr> <str>comp1.material.invF32</str> <arr> <str>0</str> </arr> <str>comp1.material.invF13</str> <arr> <str>0</str> </arr> <str>comp1.material.invF23</str> <arr> <str>0</str> </arr> <str>comp1.material.invF33</str> <arr> <str>1</str> </arr> <str>comp1.material.detInvF</str> <arr> <str>1</str> </arr> <str>comp1.geometry.gSubXX</str> <arr> <str>comp1.material.invF11^2</str> </arr> <str>comp1.geometry.gSubYX</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSubZX</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSubXY</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSubYY</str> <arr> <str>1</str> </arr> <str>comp1.geometry.gSubZY</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSubXZ</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSubYZ</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSubZZ</str> <arr> <str>1</str> </arr> <str>comp1.geometry.gSupXX</str> <arr> <str>comp1.material.F11^2</str> </arr> <str>comp1.geometry.gSupYX</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSupZX</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSupXY</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSupYY</str> <arr> <str>1</str> </arr> <str>comp1.geometry.gSupZY</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSupXZ</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSupYZ</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSupZZ</str> <arr> <str>1</str> </arr> <str>comp1.isScalingSystemDomain</str> <arr> <str>0</str> </arr> <str>comp1.isPML</str> <arr> <str>0</str> </arr> <str>comp1.dGeomChar</str> <arr> <str>1.0E-6</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.spatial.rho</str> <arr> <str>material.rho</str> </arr> <str>material.domain</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.spatial.rho</str> <arr> <str>material.rho</str> </arr> <str>material.domain</str> <arr> <str>1</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> #<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>minput.l</str> <arr> <str>0</str> </arr> <str>minput.I</str> <arr> <str>0</str> </arr> <str>minput.T</str> <arr> <str>293.15*unit_K_cf</str> </arr> <str>minput.phi</str> <arr> <str>0</str> </arr> <str>minput.li</str> <arr> <str>0</str> </arr> <str>minput.omega</str> <arr> <str>0</str> </arr> <str>minput.c</str> <arr> <str>0</str> </arr> <str>minput.Ene</str> <arr> <str>0</str> </arr> <str>minput.freq</str> <arr> <str>0</str> </arr> <str>minput.lambda</str> <arr> <str>0</str> </arr> <str>minput.phil</str> <arr> <str>0</str> </arr> <str>minput.sigmal</str> <arr> <str>0</str> </arr> <str>minput.soc</str> <arr> <str>0</str> </arr> <str>minput.doc</str> <arr> <str>0</str> </arr> <str>minput.Tu</str> <arr> <str>293.15*unit_K_cf</str> </arr> <str>minput.Td</str> <arr> <str>293.15*unit_K_cf</str> </arr> <str>minput.Q</str> <arr> <str>0</str> </arr> <str>minput.J1</str> <arr> <str>0</str> </arr> <str>minput.J2</str> <arr> <str>0</str> </arr> <str>minput.J3</str> <arr> <str>0</str> </arr> <str>minput.Qj</str> <arr> <str>0</str> </arr> <str>minput.Df1</str> <arr> <str>0</str> </arr> <str>minput.Df2</str> <arr> <str>0</str> </arr> <str>minput.Df3</str> <arr> <str>0</str> </arr> <str>minput.E1</str> <arr> <str>0</str> </arr> <str>minput.E2</str> <arr> <str>0</str> </arr> <str>minput.E3</str> <arr> <str>0</str> </arr> <str>minput.V</str> <arr> <str>comp1.V</str> </arr> <str>minput.W</str> <arr> <str>0</str> </arr> <str>minput.Ql</str> <arr> <str>0</str> </arr> <str>minput.Qjl</str> <arr> <str>0</str> </arr> <str>minput.H1</str> <arr> <str>0</str> </arr> <str>minput.H2</str> <arr> <str>0</str> </arr> <str>minput.H3</str> <arr> <str>0</str> </arr> <str>minput.B1</str> <arr> <str>0</str> </arr> <str>minput.B2</str> <arr> <str>0</str> </arr> <str>minput.B3</str> <arr> <str>0</str> </arr> <str>minput.nFe</str> <arr> <str>0</str> </arr> <str>minput.nF</str> <arr> <str>0</str> </arr> <str>minput.I0</str> <arr> <str>0</str> </arr> <str>minput.pFlow</str> <arr> <str>0</str> </arr> <str>minput.rhoq</str> <arr> <str>0</str> </arr> <str>minput.rhoqs</str> <arr> <str>0</str> </arr> <str>minput.Js1</str> <arr> <str>0</str> </arr> <str>minput.Js2</str> <arr> <str>0</str> </arr> <str>minput.Js3</str> <arr> <str>0</str> </arr> <str>minput.Jms1</str> <arr> <str>0</str> </arr> <str>minput.Jms2</str> <arr> <str>0</str> </arr> <str>minput.Jms3</str> <arr> <str>0</str> </arr> <str>minput.epcap</str> <arr> <str>0</str> </arr> <str>minput.D</str> <arr> <str>0</str> </arr> <str>minput.u_d1</str> <arr> <str>0</str> </arr> <str>minput.u_d2</str> <arr> <str>0</str> </arr> <str>minput.u_d3</str> <arr> <str>0</str> </arr> <str>minput.epet</str> <arr> <str>0</str> </arr> <str>minput.epe</str> <arr> <str>0</str> </arr> <str>minput.epm</str> <arr> <str>0</str> </arr> <str>minput.evpe</str> <arr> <str>0</str> </arr> <str>minput.evpet</str> <arr> <str>0</str> </arr> <str>minput.esh</str> <arr> <str>0</str> </arr> <str>minput.epea</str> <arr> <str>0</str> </arr> <str>minput.epev</str> <arr> <str>0</str> </arr> <str>minput.Spr</str> <arr> <str>35</str> </arr> <str>minput.Sp</str> <arr> <str>0</str> </arr> <str>minput.Tempref</str> <arr> <str>293.15*unit_K_cf</str> </arr> <str>minput.eax</str> <arr> <str>0</str> </arr> <str>minput.a</str> <arr> <str>0</str> </arr> <str>minput.cr</str> <arr> <str>0</str> </arr> <str>minput.uc1</str> <arr> <str>0</str> </arr> <str>minput.uc2</str> <arr> <str>0</str> </arr> <str>minput.uc3</str> <arr> <str>0</str> </arr> <str>minput.pc</str> <arr> <str>0</str> </arr> <str>minput.phid</str> <arr> <str>0</str> </arr> <str>minput.rhogeff</str> <arr> <str>0</str> </arr> <str>minput.ne</str> <arr> <str>0</str> </arr> <str>minput.en</str> <arr> <str>0</str> </arr> <str>minput.Ge</str> <arr> <str>0</str> </arr> <str>minput.seflux</str> <arr> <str>0</str> </arr> <str>minput.f1</str> <arr> <str>0</str> </arr> <str>minput.f2</str> <arr> <str>0</str> </arr> <str>minput.f3</str> <arr> <str>0</str> </arr> <str>minput.Rb</str> <arr> <str>0</str> </arr> <str>minput.eta</str> <arr> <str>0</str> </arr> <str>minput.q0</str> <arr> <str>0</str> </arr> <str>minput.qs</str> <arr> <str>0</str> </arr> <str>minput.kh</str> <arr> <str>0</str> </arr> <str>minput.K11</str> <arr> <str>0</str> </arr> <str>minput.K21</str> <arr> <str>0</str> </arr> <str>minput.K31</str> <arr> <str>0</str> </arr> <str>minput.K12</str> <arr> <str>0</str> </arr> <str>minput.K22</str> <arr> <str>0</str> </arr> <str>minput.K32</str> <arr> <str>0</str> </arr> <str>minput.K13</str> <arr> <str>0</str> </arr> <str>minput.K23</str> <arr> <str>0</str> </arr> <str>minput.K33</str> <arr> <str>0</str> </arr> <str>minput.dHpdt</str> <arr> <str>0</str> </arr> <str>minput.Sen</str> <arr> <str>0</str> </arr> <str>minput.neinit</str> <arr> <str>0</str> </arr> <str>minput.Gk</str> <arr> <str>0</str> </arr> <str>minput.nu</str> <arr> <str>0</str> </arr> <str>minput.Ne</str> <arr> <str>0</str> </arr> <str>minput.En</str> <arr> <str>0</str> </arr> <str>minput.phils</str> <arr> <str>0</str> </arr> <str>minput.sl</str> <arr> <str>0</str> </arr> <str>minput.cm</str> <arr> <str>0</str> </arr> <str>minput.w</str> <arr> <str>0</str> </arr> <str>minput.Qm</str> <arr> <str>0</str> </arr> <str>minput.ebar</str> <arr> <str>0</str> </arr> <str>minput.Ns</str> <arr> <str>0</str> </arr> <str>minput.Vmol</str> <arr> <str>0</str> </arr> <str>minput.nd</str> <arr> <str>0</str> </arr> <str>minput.psi</str> <arr> <str>0</str> </arr> <str>minput.phipf</str> <arr> <str>0</str> </arr> <str>minput.pA</str> <arr> <str>unit_atm_cf</str> </arr> <str>minput.ep</str> <arr> <str>0</str> </arr> <str>minput.nutilde</str> <arr> <str>0</str> </arr> <str>minput.DeN</str> <arr> <str>0</str> </arr> <str>minput.muN</str> <arr> <str>0</str> </arr> <str>minput.EN</str> <arr> <str>0</str> </arr> <str>minput.gamma_sr</str> <arr> <str>0</str> </arr> <str>minput.slipvel</str> <arr> <str>0</str> </arr> <str>minput.sr</str> <arr> <str>0</str> </arr> <str>minput.es</str> <arr> <str>0</str> </arr> <str>minput.sflux</str> <arr> <str>0</str> </arr> <str>minput.u1</str> <arr> <str>0</str> </arr> <str>minput.u2</str> <arr> <str>0</str> </arr> <str>minput.u3</str> <arr> <str>0</str> </arr> <str>minput.Vf</str> <arr> <str>0</str> </arr> <str>minput.Cvol</str> <arr> <str>0</str> </arr> <str>minput.h</str> <arr> <str>0</str> </arr> <str>minput.gamma</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> *<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <arr> <str>minput.l</str> <arr> <str>0</str> </arr> <str>minput.I</str> <arr> <str>0</str> </arr> <str>minput.T</str> <arr> <str>293.15*unit_K_cf</str> </arr> <str>minput.phi</str> <arr> <str>0</str> </arr> <str>minput.li</str> <arr> <str>0</str> </arr> <str>minput.omega</str> <arr> <str>0</str> </arr> <str>minput.c</str> <arr> <str>0</str> </arr> <str>minput.Ene</str> <arr> <str>0</str> </arr> <str>minput.freq</str> <arr> <str>0</str> </arr> <str>minput.lambda</str> <arr> <str>0</str> </arr> <str>minput.phil</str> <arr> <str>0</str> </arr> <str>minput.sigmal</str> <arr> <str>0</str> </arr> <str>minput.soc</str> <arr> <str>0</str> </arr> <str>minput.doc</str> <arr> <str>0</str> </arr> <str>minput.Tu</str> <arr> <str>293.15*unit_K_cf</str> </arr> <str>minput.Td</str> <arr> <str>293.15*unit_K_cf</str> </arr> <str>minput.Q</str> <arr> <str>0</str> </arr> <str>minput.J1</str> <arr> <str>0</str> </arr> <str>minput.J2</str> <arr> <str>0</str> </arr> <str>minput.J3</str> <arr> <str>0</str> </arr> <str>minput.Qj</str> <arr> <str>0</str> </arr> <str>minput.Df1</str> <arr> <str>0</str> </arr> <str>minput.Df2</str> <arr> <str>0</str> </arr> <str>minput.Df3</str> <arr> <str>0</str> </arr> <str>minput.E1</str> <arr> <str>0</str> </arr> <str>minput.E2</str> <arr> <str>0</str> </arr> <str>minput.E3</str> <arr> <str>0</str> </arr> <str>minput.V</str> <arr> <str>mean(minput.V)</str> </arr> <str>minput.W</str> <arr> <str>0</str> </arr> <str>minput.Ql</str> <arr> <str>0</str> </arr> <str>minput.Qjl</str> <arr> <str>0</str> </arr> <str>minput.H1</str> <arr> <str>0</str> </arr> <str>minput.H2</str> <arr> <str>0</str> </arr> <str>minput.H3</str> <arr> <str>0</str> </arr> <str>minput.B1</str> <arr> <str>0</str> </arr> <str>minput.B2</str> <arr> <str>0</str> </arr> <str>minput.B3</str> <arr> <str>0</str> </arr> <str>minput.nFe</str> <arr> <str>0</str> </arr> <str>minput.nF</str> <arr> <str>0</str> </arr> <str>minput.I0</str> <arr> <str>0</str> </arr> <str>minput.pFlow</str> <arr> <str>0</str> </arr> <str>minput.rhoq</str> <arr> <str>0</str> </arr> <str>minput.rhoqs</str> <arr> <str>0</str> </arr> <str>minput.Js1</str> <arr> <str>0</str> </arr> <str>minput.Js2</str> <arr> <str>0</str> </arr> <str>minput.Js3</str> <arr> <str>0</str> </arr> <str>minput.Jms1</str> <arr> <str>0</str> </arr> <str>minput.Jms2</str> <arr> <str>0</str> </arr> <str>minput.Jms3</str> <arr> <str>0</str> </arr> <str>minput.epcap</str> <arr> <str>0</str> </arr> <str>minput.D</str> <arr> <str>0</str> </arr> <str>minput.u_d1</str> <arr> <str>0</str> </arr> <str>minput.u_d2</str> <arr> <str>0</str> </arr> <str>minput.u_d3</str> <arr> <str>0</str> </arr> <str>minput.epet</str> <arr> <str>0</str> </arr> <str>minput.epe</str> <arr> <str>0</str> </arr> <str>minput.epm</str> <arr> <str>0</str> </arr> <str>minput.evpe</str> <arr> <str>0</str> </arr> <str>minput.evpet</str> <arr> <str>0</str> </arr> <str>minput.esh</str> <arr> <str>0</str> </arr> <str>minput.epea</str> <arr> <str>0</str> </arr> <str>minput.epev</str> <arr> <str>0</str> </arr> <str>minput.Spr</str> <arr> <str>35</str> </arr> <str>minput.Sp</str> <arr> <str>0</str> </arr> <str>minput.Tempref</str> <arr> <str>293.15*unit_K_cf</str> </arr> <str>minput.eax</str> <arr> <str>0</str> </arr> <str>minput.a</str> <arr> <str>0</str> </arr> <str>minput.cr</str> <arr> <str>0</str> </arr> <str>minput.uc1</str> <arr> <str>0</str> </arr> <str>minput.uc2</str> <arr> <str>0</str> </arr> <str>minput.uc3</str> <arr> <str>0</str> </arr> <str>minput.pc</str> <arr> <str>0</str> </arr> <str>minput.phid</str> <arr> <str>0</str> </arr> <str>minput.rhogeff</str> <arr> <str>0</str> </arr> <str>minput.ne</str> <arr> <str>0</str> </arr> <str>minput.en</str> <arr> <str>0</str> </arr> <str>minput.Ge</str> <arr> <str>0</str> </arr> <str>minput.seflux</str> <arr> <str>0</str> </arr> <str>minput.f1</str> <arr> <str>0</str> </arr> <str>minput.f2</str> <arr> <str>0</str> </arr> <str>minput.f3</str> <arr> <str>0</str> </arr> <str>minput.Rb</str> <arr> <str>0</str> </arr> <str>minput.eta</str> <arr> <str>0</str> </arr> <str>minput.q0</str> <arr> <str>0</str> </arr> <str>minput.qs</str> <arr> <str>0</str> </arr> <str>minput.kh</str> <arr> <str>0</str> </arr> <str>minput.K11</str> <arr> <str>0</str> </arr> <str>minput.K21</str> <arr> <str>0</str> </arr> <str>minput.K31</str> <arr> <str>0</str> </arr> <str>minput.K12</str> <arr> <str>0</str> </arr> <str>minput.K22</str> <arr> <str>0</str> </arr> <str>minput.K32</str> <arr> <str>0</str> </arr> <str>minput.K13</str> <arr> <str>0</str> </arr> <str>minput.K23</str> <arr> <str>0</str> </arr> <str>minput.K33</str> <arr> <str>0</str> </arr> <str>minput.dHpdt</str> <arr> <str>0</str> </arr> <str>minput.Sen</str> <arr> <str>0</str> </arr> <str>minput.neinit</str> <arr> <str>0</str> </arr> <str>minput.Gk</str> <arr> <str>0</str> </arr> <str>minput.nu</str> <arr> <str>0</str> </arr> <str>minput.Ne</str> <arr> <str>0</str> </arr> <str>minput.En</str> <arr> <str>0</str> </arr> <str>minput.phils</str> <arr> <str>0</str> </arr> <str>minput.sl</str> <arr> <str>0</str> </arr> <str>minput.cm</str> <arr> <str>0</str> </arr> <str>minput.w</str> <arr> <str>0</str> </arr> <str>minput.Qm</str> <arr> <str>0</str> </arr> <str>minput.ebar</str> <arr> <str>0</str> </arr> <str>minput.Ns</str> <arr> <str>0</str> </arr> <str>minput.Vmol</str> <arr> <str>0</str> </arr> <str>minput.nd</str> <arr> <str>0</str> </arr> <str>minput.psi</str> <arr> <str>0</str> </arr> <str>minput.phipf</str> <arr> <str>0</str> </arr> <str>minput.pA</str> <arr> <str>unit_atm_cf</str> </arr> <str>minput.ep</str> <arr> <str>0</str> </arr> <str>minput.nutilde</str> <arr> <str>0</str> </arr> <str>minput.DeN</str> <arr> <str>0</str> </arr> <str>minput.muN</str> <arr> <str>0</str> </arr> <str>minput.EN</str> <arr> <str>0</str> </arr> <str>minput.gamma_sr</str> <arr> <str>0</str> </arr> <str>minput.slipvel</str> <arr> <str>0</str> </arr> <str>minput.sr</str> <arr> <str>0</str> </arr> <str>minput.es</str> <arr> <str>0</str> </arr> <str>minput.sflux</str> <arr> <str>0</str> </arr> <str>minput.u1</str> <arr> <str>0</str> </arr> <str>minput.u2</str> <arr> <str>0</str> </arr> <str>minput.u3</str> <arr> <str>0</str> </arr> <str>minput.Vf</str> <arr> <str>0</str> </arr> <str>minput.Cvol</str> <arr> <str>0</str> </arr> <str>minput.h</str> <arr> <str>0</str> </arr> <str>minput.gamma</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>minput.Na</str> <arr> <str>comp1.semi.Na</str> </arr> <str>minput.Nd</str> <arr> <str>comp1.semi.Nd</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>minput.Na</str> <arr> <str>comp1.semi.Na</str> </arr> <str>minput.Nd</str> <arr> <str>comp1.semi.Nd</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <arr> <str>minput.Na</str> <arr> <str>mean(minput.Na)</str> </arr> <str>minput.Nd</str> <arr> <str>mean(minput.Nd)</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <arr> <str>minput.Na</str> <arr> <str>mean(minput.Na)</str> </arr> <str>minput.Nd</str> <arr> <str>mean(minput.Nd)</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </r `ec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <arr> <str>minput.Na</str> <arr> <str>mean(minput.Na)</str> </arr> <str>minput.Nd</str> <arr> <str>mean(minput.Nd)</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>3</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <arr> <str>comp1.V_fld_act</str> <arr> <str>1</str> </arr> <str>comp1.Ne_fld_act</str> <arr> <str>1</str> </arr> <str>comp1.Ph_fld_act</str> <arr> <str>1</str> </arr> <str>comp1.Efn__fld_act</str> <arr> <str>0</str> </arr> <str>comp1.Efp__fld_act</str> <arr> <str>0</str> </arr> <str>comp1.phi_n_fld_act</str> <arr> <str>0</str> </arr> <str>comp1.phi_p_fld_act</str> <arr> <str>0</str> </arr> <str>comp1.Jn_fld_act</str> <arr> <str>0</str> </arr> <str>comp1.Jp_fld_act</str> <arr> <str>0</str> </arr> <str>comp1.semi.rho_s</str> <arr> <str>0</str> </arr> <str>comp1.semi.D_bnd_down</str> <arr> <str>epsilon0_const*comp1.semi.epsilonr_down*(down(comp1.V)-comp1.semi.nV)/comp1.semi.dc_down_bnd</str> </arr> <str>comp1.semi.D_bnd_up</str> <arr> <str>epsilon0_const*comp1.semi.epsilonr_up*(up(comp1.V)-comp1.semi.nV)/comp1.semi.dc_up_bnd</str> </arr> <str>comp1.semi.unmeshX</str> <arr> <str>unXmesh</str> </arr> <str>comp1.semi.unmeshY</str> <arr> <str>0</str> </arr> <str>comp1.semi.unmeshZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.dnmeshX</str> <arr> <str>dnXmesh</str> </arr> <str>comp1.semi.dnmeshY</str> <arr> <str>0</str> </arr> <str>comp1.semi.dnmeshZ</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> H<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.V_fld_act</str> <arr> <str>1</str> </arr> <str>comp1.Ne_fld_act</str> <arr> <str>1</str> </arr> <str>comp1.Ph_fld_act</str> <arr> <str>1</str> </arr> <str>comp1.Efn__fld_act</str> <arr> <str>0</str> </arr> <str>comp1.Efp__fld_act</str> <arr> <str>0</str> </arr> <str>comp1.phi_n_fld_act</str> <arr> <str>0</str> </arr> <str>comp1.phi_p_fld_act</str> <arr> <str>0</str> </arr> <str>comp1.Jn_fld_act</str> <arr> <str>0</str> </arr> <str>comp1.Jp_fld_act</str> <arr> <str>0</str> </arr> <str>comp1.semi.N</str> <arr> <str>comp1.Ne/unit_m_cf^3</str> </arr> <str>comp1.semi.P</str> <arr> <str>comp1.Ph/unit_m_cf^3</str> </arr> <str>comp1.semi.epsilonrs</str> <arr> <str>(comp1.semi.epsilonrXX+comp1.semi.epsilonrYY+comp1.semi.epsilonrZZ)/3</str> </arr> <str>comp1.semi.rho</str> <arr> <str>e_const*(comp1.semi.P-comp1.semi.N+comp1.semi.Ndoping)</str> </arr> <str>comp1.semi.V_init</str> <arr> <str>comp1.semi.Vth_init*(-log(comp1.semi.p_init/comp1.semi.ni_init)*(comp1.semi.Ndoping_init&lt;0)+log(comp1.semi.n_init/comp1.semi.ni_init)*(comp1.semi.Ndoping_init&gt;=0))-comp1.semi.chi_init-0.5*comp1.semi.Eg_init+0.5*comp1.semi.Vth_init*log(comp1.semi.Nv_init/comp1.semi.Nc_init)</str> </arr> <str>comp1.semi.chi_init</str> <arr> <str>subst(comp1.semi.chi_semi,comp1.semi.Tl,comp1.semi.T0)</str> </arr> <str>comp1.semi.EX</str> <arr> <str>comp1.semi.DX/(comp1.semi.epsilonrs*epsilon0_const)</str> </arr> <str>comp1.semi.EY</str> <arr> <str>0</str> </arr> <str>comp1.semi.EZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.T0</str> <arr> <str>293.15*unit_K_cf</str> </arr> <str>comp1.semi.d</str> <arr> <str>4.0E-12*unit_m_cf^2</str> </arr> <str>comp1.semi.gamma_n</str> <arr> <str>1</str> </arr> <str>comp1.semi.gamma_p</str> <arr> <str>1</str> </arr> <str>comp1.semi.Gn</str> <arr> <str>1</str> </arr> <str>comp1.semi.Gp</str> <arr> <str>1</str> </arr> <str>comp1.semi.Qthn</str> <arr> <str>2*comp1.semi.Vth*comp1.semi.mun</str> </arr> <str>comp1.semi.Qthp</str> <arr> <str>2*comp1.semi.Vth*comp1.semi.mup</str> </arr> <str>comp1.semi.cp</str> <arr> <str>1</str> </arr> <str>comp1.semi.cp_dtd</str> <arr> <str>1</str> </arr> <str>comp1.semi.log10N</str> <arr> <str>log10(comp1.semi.N*unit_cm_cf^3)</str> </arr> <str>comp1.semi.log10P</str> <arr> <str>log10(comp1.semi.P*unit_cm_cf^3)</str> </arr> <str>comp1.semi.Tl</str> <arr> <str>comp1.semi.smm1.minput_temperature</str> </arr> <str>comp1.semi.Vth_init</str> <arr> <str>comp1.semi.Vth_T0</str> </arr> <str>comp1.semi.Vth</str> <arr> <str>k_B_const*comp1.semi.Tl/e_const</str> </arr> <str>comp1.semi.Vth_T0</str> <arr> <str>k_B_const*comp1.semi.T0/e_const</str> </arr> <str>comp1.semi.V_eq</str> <arr> <str>-0.5*comp1.semi.Eg-comp1.semi.V_eq_adj-comp1.semi.chi_semi+comp1.semi.Vth*(0.5*log(comp1.semi.Nv/comp1.semi.Nc)-if(comp1.semi.Ndoping&lt;0,log(comp1.semi.p_eq/(comp1.semi.gamma_p*sqrt(comp1.semi.Nc*comp1.semi.Nv)))+0.5*comp1.semi.Eg/comp1.semi.Vth,-log(comp1.semi.n_eq/(comp1.semi.gamma_n*sqrt(comp1.semi.Nc*comp1.semi.Nv)))-0.5*comp1.semi.Eg/comp1.semi.Vth))</str> </arr> <str>comp1.semi.V_eq_adj</str> <arr> <str>0.5*(comp1.semi.Eg0_T0-comp1.semi.Eg0)+comp1.semi.chi0_T0-comp1.semi.chi0+0.5*(comp1.semi.Vth*log(comp1.semi.Nv/comp1.semi.Nc)-comp1.semi.Vth_T0*log(comp1.semi.Nv_T0/comp1.semi.Nc_T0))</str> </arr> <str>comp1.semi.n_init</str> <arr> <str>if(comp1.semi.Ndoping_init&gt;0,0.5*comp1.semi.Ndoping_init+sqrt((0.5*comp1.semi.Ndoping_init)^2+comp1.semi.ni_init^2),comp1.semi.ni_init^2/(-0.5*comp1.semi.Ndoping_init+sqrt((0.5*comp1.semi.Ndoping_init)^2+comp1.semi.ni_init^2)))</str> </arr> <str>comp1.semi.n_eq</str> <arr> <str>if(comp1.semi.Ndoping&gt;0,0.5*comp1.semi.Ndoping+sqrt((0.5*comp1.semi.Ndoping)^2+comp1.semi.ni_mod^2),comp1.semi.ni_mod^2/(-0.5*comp1.semi.Ndoping+sqrt((0.5*comp1.semi.Ndoping)^2+comp1.semi.ni_mod^2)))</str> </arr> <str>comp1.semi.p_init</str> <arr> <str>if(comp1.semi.Ndoping_init&lt;0,-0.5*comp1.semi.Ndoping_init+sqrt((0.5*comp1.semi.Ndoping_init)^2+comp1.semi.ni_init^2),comp1.semi.ni_init^2/(0.5*comp1.semi.Ndoping_init+sqrt((0.5*comp1.semi.Ndoping_init)^2+comp1.semi.ni_init^2)))</str> </arr> <str>comp1.semi.p_eq</str> <arr> <str>if(comp1.semi.Ndoping&lt;0,-0.5*comp1.semi.Ndoping+sqrt((0.5*comp1.semi.Ndoping)^2+comp1.semi.ni_mod^2),comp1.semi.ni_mod^2/(0.5*comp1.semi.Ndoping+sqrt((0.5*comp1.semi.Ndoping)^2+comp1.semi.ni_mod^2)))</str> </arr> <str>comp1.semi.Eg_init</str> <arr> <str>subst(comp1.semi.Eg,comp1.semi.Tl,comp1.semi.T0)</str> </arr> <str>comp1.semi.Eg0_T0</str> <arr> <str>subst(comp1.semi.Eg0,comp1.semi.smm1.minput_temperature,comp1.semi.T0)</str> </arr> <str>comp1.semi.Eg</str> <arr> <str>comp1.semi.Eg0</str> </arr> <str>comp1.semi.alpha</str> <arr> <str>1</str> </arr> <str>comp1.semi.deltaEg</str> <arr> <str>0</str> </arr> <str>comp1.semi.deltaEg_e</str> <arr> <str>0</str> </arr> <str>comp1.semi.chi0_T0</str> <arr> <str>subst(comp1.semi.chi0,comp1.semi.smm1.minput_temperature,comp1.semi.T0)</str> </arr> <str>comp1.semi.chi_semi</str> <arr> <str>comp1.semi.chi0</str> </arr> <str>comp1.semi.Nv_init</str> <arr> <str>subst(comp1.semi.Nv,comp1.semi.Tl,comp1.semi.T0)+eps</str> </arr> <str>comp1.semi.Nc_init</str> <arr> <str>subst(comp1.semi.Nc,comp1.semi.Tl,comp1.semi.T0)+eps</str> </arr> <str>comp1.semi.Nv_T0</str> <arr> <str>subst(comp1.semi.Nv,comp1.semi.smm1.minput_temperature,comp1.semi.T0)</str> </arr> <str>comp1.semi.Nc_T0</str> <arr> <str>subst(comp1.semi.Nc,comp1.semi.smm1.minput_temperature,comp1.semi.T0)</str> </arr> <str>comp1.semi.ni_init</str> <arr> <str>sqrt(comp1.semi.Nc_init*comp1.semi.Nv_init)*exp(-0.5*comp1.semi.Eg_init/comp1.semi.Vth_init)</str> </arr> <str>comp1.semi.ni</str> <arr> <str>sqrt(comp1.semi.Nc*comp1.semi.Nv)*exp(-0.5*comp1.semi.Eg0/comp1.semi.Vth)</str> </arr> <str>comp1.semi.ni_eff</str> <arr> <str>comp1.semi.ni</str> </arr> <str>comp1.semi.ni_mod</str> <arr> <str>comp1.semi.ni_eff*sqrt(comp1.semi.gamma_n*comp1.semi.gamma_p)</str> </arr> <str>comp1.semi.Ndoping_init</str> <arr> <str>subst(-comp1.semi.Na+comp1.semi.Nd,comp1.semi.Tl,comp1.semi.T0)</str> </arr> <str>comp1.semi.Ndoping</str> <arr> <str>comp1.semi.Ndplus-comp1.semi.Naminus</str> </arr> <str>comp1.semi.Nnetdop</str> <arr> <str>abs(comp1.semi.Nd-comp1.semi.Na)</str> </arr> <str>comp1.semi.Ndplus</str> <arr> <str>comp1.semi.Nd</str> </arr> <str>comp1.semi.Naminus</str> <arr> <str>comp1.semi.Na</str> </arr> <str>comp1.semi.log10Ndplus</str> <arr> <str>log10(comp1.semi.Ndplus*unit_cm_cf^3)</str> </arr> <str>comp1.semi.log10Naminus</str> <arr> <str>log10(comp1.semi.Naminus*unit_cm_cf^3)</str> </arr> <str>comp1.semi.log10Nd</str> <arr> <str>log10(comp1.semi.Nd*unit_cm_cf^3)</str> </arr> <str>comp1.semi.log10Na</str> <arr> <str>log10(comp1.semi.Na*unit_cm_cf^3)</str> </arr> <str>comp1.semi.Dn</str> <arr> <str>comp1.semi.mun*comp1.semi.Vth*comp1.semi.Gn</str> </arr> <str>comp1.semi.Dp</str> <arr> <str>comp1.semi.mup*comp1.semi.Vth*comp1.semi.Gp</str> </arr> <str>comp1.semi.Dn_th</str> <arr> <str>comp1.semi.Qthn-1.5*comp1.semi.Dn</str> </arr> <str>comp1.semi.Dp_th</str> <arr> <str>comp1.semi.Qthp-1.5*comp1.semi.Dp</str> </arr> <str>comp1.semi.Un</str> <arr> <str>comp1.semi.Rsrh+comp1.semi.Rau</str> </arr> <str>comp1.semi.Up</str> <arr> <str>comp1.semi.Rsrh+comp1.semi.Rau</str> </arr> <str>comp1.semi.E0</str> <arr> <str>-comp1.V</str> </arr> <str>comp1.semi.Ec</str> <arr> <str>-comp1.V-comp1.semi.chi_semi</str> </arr> <str>comp1.semi.Ec_e</str> <arr> <str>e_const*comp1.semi.Ec</str> </arr> <str>comp1.semi.Ec0</str> <arr> <str>-comp1.V-comp1.semi.chi0</str> </arr> <str>comp1.semi.Ec0_e</str> <arr> <str>e_const*comp1.semi.Ec0</str> </arr> <str>comp1.semi.Efn</str> <arr> <str>comp1.semi.Ec+comp1.semi.Vth*log(comp1.semi.N_num/(comp1.semi.gamma_n*comp1.semi.Nc))</str> </arr> <str>comp1.semi.Efp</str> <arr> <str>comp1.semi.Ev-comp1.semi.Vth*log(comp1.semi.P_num/(comp1.semi.gamma_p*comp1.semi.Nv))</str> </arr> <str>comp1.semi.Ei</str> <arr> <str>0.5*(comp1.semi.Ec+comp1.semi.Ev+comp1.semi.Vth*log(comp1.semi.Nv/comp1.semi.Nc))</str> </arr> <str>comp1.semi.Ei_init</str> <arr> <str>0.5*(comp1.semi.Ec0+comp1.semi.Ev0+comp1.semi.Vth_init* `log(comp1.semi.Nv_init/comp1.semi.Nc_init))</str> </arr> <str>comp1.semi.Ev</str> <arr> <str>comp1.semi.Ec-comp1.semi.Eg</str> </arr> <str>comp1.semi.Ev0</str> <arr> <str>comp1.semi.Ec0-comp1.semi.Eg0</str> </arr> <str>comp1.semi.Ev0_e</str> <arr> <str>comp1.semi.Ev0*e_const</str> </arr> <str>comp1.semi.E0_e</str> <arr> <str>e_const*comp1.semi.E0</str> </arr> <str>comp1.semi.Efn_e</str> <arr> <str>e_const*comp1.semi.Efn</str> </arr> <str>comp1.semi.Ei_e</str> <arr> <str>e_const*comp1.semi.Ei</str> </arr> <str>comp1.semi.Efp_e</str> <arr> <str>e_const*comp1.semi.Efp</str> </arr> <str>comp1.semi.Ev_e</str> <arr> <str>e_const*comp1.semi.Ev</str> </arr> <str>comp1.semi.Eg0_e</str> <arr> <str>comp1.semi.Eg0*e_const</str> </arr> <str>comp1.semi.Eg_e</str> <arr> <str>comp1.semi.Eg*e_const</str> </arr> <str>comp1.semi.chi0_e</str> <arr> <str>comp1.semi.chi0*e_const</str> </arr> <str>comp1.semi.chi_e</str> <arr> <str>comp1.semi.chi_semi*e_const</str> </arr> <str>comp1.semi.L_D</str> <arr> <str>sqrt(epsilon0_const*comp1.semi.epsilonrs*k_B_const*comp1.semi.Tl/(e_const^2*(comp1.semi.N+comp1.semi.P)))</str> </arr> <str>comp1.semi.log_L_D</str> <arr> <str>log10(abs(comp1.semi.L_D/unit_m_cf))</str> </arr> <str>comp1.semi.Pec_n</str> <arr> <str>h*sqrt(comp1.semi.VnX^2+comp1.semi.VnY^2+comp1.semi.VnZ^2)/sqrt(comp1.semi.Dn^2+eps)</str> </arr> <str>comp1.semi.Pec_p</str> <arr> <str>h*sqrt(comp1.semi.VpX^2+comp1.semi.VpY^2+comp1.semi.VpZ^2)/sqrt(comp1.semi.Dp^2+eps)</str> </arr> <str>comp1.semi.normE</str> <arr> <str>sqrt(1.0E-200+realdot(comp1.semi.EX,comp1.semi.EX))</str> </arr> <str>comp1.semi.normD</str> <arr> <str>sqrt(1.0E-200+realdot(comp1.semi.DX,comp1.semi.DX)+realdot(comp1.semi.DY,comp1.semi.DY)+realdot(comp1.semi.DZ,comp1.semi.DZ))</str> </arr> <str>comp1.semi.JnX</str> <arr> <str>comp1.semi.Jn_postX</str> </arr> <str>comp1.semi.JnY</str> <arr> <str>0</str> </arr> <str>comp1.semi.JnZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.normJn</str> <arr> <str>sqrt(1.0E-200+realdot(comp1.semi.JnX,comp1.semi.JnX))</str> </arr> <str>comp1.semi.log10normJn</str> <arr> <str>log10(comp1.semi.normJn*unit_cm_cf^2/unit_A_cf)</str> </arr> <str>comp1.semi.JpX</str> <arr> <str>comp1.semi.Jp_postX</str> </arr> <str>comp1.semi.JpY</str> <arr> <str>0</str> </arr> <str>comp1.semi.JpZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.normJp</str> <arr> <str>sqrt(1.0E-200+realdot(comp1.semi.JpX,comp1.semi.JpX))</str> </arr> <str>comp1.semi.log10normJp</str> <arr> <str>log10(comp1.semi.normJp*unit_cm_cf^2/unit_A_cf)</str> </arr> <str>comp1.semi.JX</str> <arr> <str>comp1.semi.JnX+comp1.semi.JpX</str> </arr> <str>comp1.semi.JY</str> <arr> <str>0</str> </arr> <str>comp1.semi.JZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.normJ</str> <arr> <str>sqrt(1.0E-200+realdot(comp1.semi.JX,comp1.semi.JX))</str> </arr> <str>comp1.semi.log10normJ</str> <arr> <str>log10(comp1.semi.normJ*unit_cm_cf^2/unit_A_cf)</str> </arr> <str>comp1.semi.normGradT</str> <arr> <str>sqrt(d(comp1.semi.Tl,X)^2)</str> </arr> <str>comp1.semi.J_thX</str> <arr> <str>comp1.semi.Jn_thX+comp1.semi.Jp_thX</str> </arr> <str>comp1.semi.J_thY</str> <arr> <str>0</str> </arr> <str>comp1.semi.J_thZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.normJ_th</str> <arr> <str>sqrt(1.0E-200+comp1.semi.J_thX^2)</str> </arr> <str>comp1.semi.log10normJ_th</str> <arr> <str>log10(comp1.semi.normJ_th*unit_cm_cf^2/unit_A_cf)</str> </arr> <str>comp1.semi.Jn_thX</str> <arr> <str>comp1.semi.Jn_th_postX</str> </arr> <str>comp1.semi.Jn_thY</str> <arr> <str>0</str> </arr> <str>comp1.semi.Jn_thZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.normJn_th</str> <arr> <str>sqrt(1.0E-200+comp1.semi.Jn_thX^2)</str> </arr> <str>comp1.semi.log10normJn_th</str> <arr> <str>log10(comp1.semi.normJn_th*unit_cm_cf^2/unit_A_cf)</str> </arr> <str>comp1.semi.Jp_thX</str> <arr> <str>comp1.semi.Jp_th_postX</str> </arr> <str>comp1.semi.Jp_thY</str> <arr> <str>0</str> </arr> <str>comp1.semi.Jp_thZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.normJp_th</str> <arr> <str>sqrt(1.0E-200+comp1.semi.Jp_thX^2)</str> </arr> <str>comp1.semi.log10normJp_th</str> <arr> <str>log10(comp1.semi.normJp_th*unit_cm_cf^2/unit_A_cf)</str> </arr> <str>comp1.semi.J_driftX</str> <arr> <str>comp1.semi.Jn_driftX+comp1.semi.Jp_driftX</str> </arr> <str>comp1.semi.J_driftY</str> <arr> <str>0</str> </arr> <str>comp1.semi.J_driftZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.normJ_drift</str> <arr> <str>sqrt(1.0E-200+comp1.semi.J_driftX^2)</str> </arr> <str>comp1.semi.log10normJ_drift</str> <arr> <str>log10(comp1.semi.normJ_drift*unit_cm_cf^2/unit_A_cf)</str> </arr> <str>comp1.semi.Jn_driftX</str> <arr> <str>comp1.semi.Jn_drift_postX</str> </arr> <str>comp1.semi.Jn_driftY</str> <arr> <str>0</str> </arr> <str>comp1.semi.Jn_driftZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.normJn_drift</str> <arr> <str>sqrt(1.0E-200+comp1.semi.Jn_driftX^2)</str> </arr> <str>comp1.semi.log10normJn_drift</str> <arr> <str>log10(comp1.semi.normJn_drift*unit_cm_cf^2/unit_A_cf)</str> </arr> <str>comp1.semi.Jp_driftX</str> <arr> <str>comp1.semi.Jp_drift_postX</str> </arr> <str>comp1.semi.Jp_driftY</str> <arr> <str>0</str> </arr> <str>comp1.semi.Jp_driftZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.normJp_drift</str> <arr> <str>sqrt(1.0E-200+comp1.semi.Jp_driftX^2)</str> </arr> <str>comp1.semi.log10normJp_drift</str> <arr> <str>log10(comp1.semi.normJp_drift*unit_cm_cf^2/unit_A_cf)</str> </arr> <str>comp1.semi.J_diffX</str> <arr> <str>comp1.semi.Jn_diffX+comp1.semi.Jp_diffX</str> </arr> <str>comp1.semi.J_diffY</str> <arr> <str>0</str> </arr> <str>comp1.semi.J_diffZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.normJ_diff</str> <arr> <str>sqrt(1.0E-200+comp1.semi.J_diffX^2)</str> </arr> <str>comp1.semi.normJn_diff</str> <arr> <str>sqrt(1.0E-200+comp1.semi.Jn_diffX^2)</str> </arr> <str>comp1.semi.log10normJ_diff</str> <arr> <str>log10(comp1.semi.normJ_diff*unit_cm_cf^2/unit_A_cf)</str> </arr> <str>comp1.semi.Jn_diffX</str> <arr> <str>comp1.semi.Jn_diff_postX</str> </arr> <str>comp1.semi.Jn_diffY</str> <arr> <str>0</str> </arr> <str>comp1.semi.Jn_diffZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.log10normJn_diff</str> <arr> <str>log10(comp1.semi.normJn_diff*unit_cm_cf^2/unit_A_cf)</str> </arr> <str>comp1.semi.Jp_diffX</str> <arr> <str>comp1.semi.Jp_diff_postX</str> </arr> <str>comp1.semi.Jp_diffY</str> <arr> <str>0</str> </arr> <str>comp1.semi.Jp_diffZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.normJp_diff</str> <arr> <str>sqrt(1.0E-200+comp1.semi.Jp_diffX^2)</str> </arr> <str>comp1.semi.log10normJp_diff</str> <arr> <str>log10(comp1.semi.normJp_diff*unit_cm_cf^2/unit_A_cf)</str> </arr> <str>comp1.semi.Vref_local</str> <arr> <str>comp1.semi.chi0</str> </arr> <str>comp1.semi.Enorm0_wo</str> <arr> <str>0</str> </arr> <str>comp1.semi.freq_wo</str> <arr> <str>0</str> </arr> <str>comp1.semi.epsilonr0_woXX</str> <arr> <str>0</str> </arr> <str>comp1.semi.epsilonr0_woYX</str> <arr> <str>0</str> </arr> <str>comp1.semi.epsilonr0_woZX</str> <arr> <str>0</str> </arr> <str>comp1.semi.epsilonr0_woXY</str> <arr> <str>0</str> </arr> <str>comp1.semi.epsilonr0_woYY</str> <arr> <str>0</str> </arr> <str>comp1.semi.epsilonr0_woZY</str> <arr> <str>0</str> </arr> <str>comp1.semi.epsilonr0_woXZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.epsilonr0_woYZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.epsilonr0_woZZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.chi_re_woXX</str> <arr> <str>0</str> </arr> <str>comp1.semi.chi_re_woYX</str> <arr> <str>0</str> </arr> <str>comp1.semi.chi_re_woZX</str> <arr> <str>0</str> </arr> <str>comp1.semi.chi_re_woXY</str> <arr> <str>0</str> </arr> <str>comp1.semi.chi_re_woYY</str> <arr> <str>0</str> </arr> <str>comp1.semi.chi_re_woZY</str> <arr> <str>0</str> </arr> <str>comp1.semi.chi_re_woXZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.chi_re_woYZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.chi_re_woZZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.chi_im_woXX</str> <arr> <str>0</str> </arr> <str>comp1.semi.chi_im_woYX</str> <arr> <str>0</str> </arr> <str>comp1.semi.chi_im_woZX</str> <arr> <str>0</str> </arr> <str>comp1.semi.chi_im_woXY</str> <arr> <str>0</str> </arr> <str>comp1.semi.chi_im_woYY</str> <arr> <str>0</str> </arr> <str>comp1.semi.chi_im_woZY</str> <arr> <str>0</str> </arr> <str>comp1.semi.chi_im_woXZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.chi_im_woYZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.chi_im_woZZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.N_num</str> <arr> <str>if(comp1.semi.N&gt;1.0E-100*unit_m_cf^(-3),comp1.semi.N,1.0E-100*unit_m_cf^(-3))</str> </arr> <str>comp1.semi.P_num</str> <arr> <str>if(comp1.semi.P&gt;1.0E-100*unit_m_cf^(-3),comp1.semi.P,1.0E-100*unit_m_cf^(-3))</str> </arr> <str>comp1.semi.V0_bias</str> <arr> <str>0</str> </arr> <str>comp1.semi.Ef_0</str> <arr> <str>comp1.semi.V_eq_adj-comp1.semi.V0_bias</str> </arr> <str>comp1.semi.Q_tot</str> <arr> <str>comp1.semi.Q_J+comp1.semi.Q_R</str> </arr> <str>comp1.semi.Q_J</str> <arr> <str>comp1.semi.EX*comp1.semi.JX</str> </arr> <str>comp1.semi.Q_R</str> <arr> <str>0.5*(e_const*comp1.semi.Eg0+3*k_B_const*comp1.semi.Tl)*(comp1.semi.Un+comp1.semi.Up)</str> </arr> <str>comp1.semi.smm1.cp</str> <arr> <str>1</str> </arr> <str>comp1.semi.tar1.cp</str> <arr> <str>1</str> </arr> <str>comp1.semi.n1</str> <arr> <str>comp1.semi.gamma_n*comp1.semi.ni_eff*exp(comp1.semi.Delta_Et/comp1.semi.Vth)</str> </arr> <str>comp1.semi.p1</str> <arr> <str>comp1.semi.gamma_p*comp1.semi.ni_eff*exp(-comp1.semi.Delta_Et/comp1.semi.Vth)</str> </arr> <str>comp1.semi.Delta_Et</str> <arr> <str>0</str> </arr> <str>comp1.semi.Rsrh</str> <arr> <str>(comp1.semi.N_num*comp1.semi.P_num-comp1.semi.ni_mod^2)/(comp1.semi.taup*(comp1.semi.N+comp1.semi.n1)+comp1.semi.taun*(comp1.semi.P+comp1.semi.p1))</str> </arr> <str>comp1.semi.tar1.Ev0t</str> <arr> <str>comp1.semi.Ev0</str> </arr> <str>comp1.semi.tar1.Ec0t</str> <arr> <str>comp1.semi.Ec0</str> </arr> <str>comp1.semi.Rau</str> <arr> <str>(comp1.semi.N_num*comp1.semi.P_num-comp1.semi.ni_mod^2)*(comp1.semi.Cn*comp1.semi.N_num+comp1.semi.Cp*comp1.semi.P_num)</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> '<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <arr> <str>comp1.semi.nD</str> <arr> <str>epsilon0_const*comp1.semi.epsilonrs*comp1.semi.nE</str> </arr> <str>comp1.semi.nV</str> <arr> <str>comp1.semi.Vterm+circumcenter(comp1.semi.nV_offset)</str> </arr> <str>comp1.semi.nE</str> <arr> <str>-(comp1.semi.nV-comp1.V)/comp1.semi.dc_n</str> </arr> <str>comp1.semi.ngX</str> <arr> <str>unXmesh</str> </arr> <str>comp1.semi.ngY</str> <arr> <str>0</str> </arr> <str>comp1.semi.ngZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.dc_n_bnd</str> <arr> <str>up(comp1.semi.rX-circumcenter(comp1.semi.rX/unit_m_cf)*unit_m_cf)*comp1.semi.ngX</str> </arr> <str>comp1.semi.nX</str> <arr> <str>unX</str> </arr> <str>comp1.semi.nY</str> <arr> <str>0</str> </arr> <str>comp1.semi.nZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.nmeshX</str> <arr> <str>unXmesh</str> </arr> <str>comp1.semi.nmeshY</str> <arr> <str>0</str> </arr> <str>comp1.semi.nmeshZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.bc_grad_chi</str> <arr> <str>(comp1.semi.chi_semi-up(circumcenter(comp1.semi.chi_semi)))/comp1.semi.dc_n</str> </arr> <str>comp1.semi.bc_grad_Eg</str> <arr> <str>(comp1.semi.Eg-up(circumcenter(comp1.semi.Eg)))/comp1.semi.dc_n</str> </arr> <str>comp1.semi.bc_grad_logNc</str> <arr> <str>(log(comp1.semi.Nc*unit_m_cf^3)-up(circumcenter(log(comp1.semi.Nc*unit_m_cf^3))))/comp1.semi.dc_n</str> </arr> <str>comp1.semi.bc_grad_logNv</str> <arr> <str>(log(comp1.semi.Nv*unit_m_cf^3)-up(circumcenter(log(comp1.semi.Nv*unit_m_cf^3))))/comp1.semi.dc_n</str> </arr> <str>comp1.semi.Jn_diff_post_ext_down</str> <arr> <str>-e_const*comp1.semi.bc_Vn*comp1.semi.N</str> </arr> <str>comp1.semi.Jn_diff_post_ext_up</str> <arr> <str>-e_const*comp1.semi.bc_Vn*comp1.semi.N</str> </arr> <str>comp1.semi.Jp_diff_post_ext_down</str> <arr> <str>-e_const*comp1.semi.bc_Vp*comp1.semi.P</str> </arr> <str>comp1.semi.Jp_diff_post_ext_up</str> <arr> <str>-e_const*comp1.semi.bc_Vp*comp1.semi.P</str> </arr> <str>comp1.semi.Jn_post_ext_up</str> <arr> <str>0</str> </arr> <str>comp1.semi.Jp_post_ext_up</str> <arr> <str>0</str> </arr> <str>comp1.semi.n_bnd_num</str> <arr> <str>if(comp1.semi.n_bnd&gt;1.0E-100*unit_m_cf^(-3),comp1.semi.n_bnd,1.0E-100*unit_m_cf^(-3))</str> </arr> <str>comp1.semi.p_bnd_num</str> <arr> <str>if(comp1.semi.p_bnd&gt;1.0E-100*unit_m_cf^(-3),comp1.semi.p_bnd,1.0E-100*unit_m_cf^(-3))</str> </arr> <str>comp1.semi.nJ</str> <arr> <str>0</str> </arr> <str>comp1.semi.nJn</str> <arr> <str>0</str> </arr> <str>comp1.semi.nJp</str> <arr> <str>0</str> </arr> <str>comp1.semi.nJn_SR</str> <arr> <str>0</str> </arr> <str>comp1.semi.nJp_SR</str> <arr> <str>0</str> </arr> <str>comp1.semi.bc_gamma_n</str> <arr> <str>1</str> </arr> <str>comp1.semi.bc_gamma_p</str> <arr> <str>1</str> </arr> <str>comp1.semi.bc_Gn</str> <arr> <str>1</str> </arr> <str>comp1.semi.bc_Gp</str> <arr> <str>1</str> </arr> <str>comp1.semi.bc_Qthn</str> <arr> <str>2*comp1.semi.Vth*comp1.semi.mun</str> </arr> <str>comp1.semi.bc_Qthp</str> <arr> <str>2*comp1.semi.Vth*comp1.semi.mup</str> </arr> <str>comp1.semi.bc_Qn</str> <arr> <str>2*comp1.semi.Vth*comp1.semi.mun</str> </arr> <str>comp1.semi.bc_Qp</str> <arr> <str>2*comp1.semi.Vth*comp1.semi.mup</str> </arr> <str>comp1.semi.bc_Dn</str> <arr> <str>comp1.semi.mun*comp1.semi.Vth*comp1.semi.Gn</str> </arr> <str>comp1.semi.bc_Dp</str> <arr> <str>comp1.semi.mup*comp1.semi.Vth*comp1.semi.Gp</str> </arr> <str>comp1.semi.bc_Dn_th</str> <arr> <str>comp1.semi.bc_Qn-1.5*comp1.semi.bc_Dn</str> </arr> <str>comp1.semi.bc_Dp_th</str> <arr> <str>comp1.semi.bc_Qp-1.5*comp1.semi.bc_Dp</str> </arr> <str>comp1.semi.bc_Vn</str> <arr> <str>comp1.semi.mun*comp1.semi.nE-comp1.semi.mun*comp1.semi.bc_grad_chi-comp1.semi.bc_Dn*comp1.semi.bc_grad_logNc+comp1.semi.bc_Dn_th*d(comp1.semi.Tl,X)*comp1.semi.ngX/comp1.semi.Tl</str> </arr> <str>comp1.semi.bc_Vp</str> <arr> <str>comp1.semi.mup*comp1.semi.nE-comp1.semi.mup*comp1.semi.bc_grad_chi-comp1.semi.mup*comp1.semi.bc_grad_Eg+comp1.semi.bc_Dp*comp1.semi.bc_grad_logNv-comp1.semi.bc_Dp_th*d(comp1.semi.Tl,X)*comp1.semi.ngX/comp1.semi.Tl</str> </arr> <str>comp1.semi.bc_An</str> <arr> <str>exp(comp1.semi.bc_An_expo)</str> </arr> <str>comp1.semi.bc_Ap</str> <arr> <str>exp(comp1.semi.bc_Ap_expo)</str> </arr> <str>comp1.semi.bc_An_expo</str> <arr> <str>-comp1.semi.bc_Vn*comp1.semi.dc_n/comp1.semi.bc_Dn</str> </arr> <str>comp1.semi.bc_Ap_expo</str> <arr> <str>comp1.semi.bc_Vp*comp1.semi.dc_n/comp1.semi.bc_Dp</str> </arr> <str>comp1.semi.nJn_FV</str> <arr> <str>if(abs(comp1.semi.bc_An_expo)&lt;comp1.semi.global_flux_tol_sg,comp1.semi.nJn_C,comp1.semi.nJn_SG)</str> </arr> <str>comp1.semi.nJp_FV</str> <arr> <str>if(abs(comp1.semi.bc_Ap_expo)&lt;comp1.semi.global_flux_tol_sg,comp1.semi.nJp_C,comp1.semi.nJp_SG)</str> </arr> <str>comp1.semi.n_bnd_FV</str> <arr> <str>if(abs(comp1.semi.bc_An)&lt;comp1.semi.global_flux_tol_sg,comp1.semi.N,comp1.semi.N*comp1.semi.bc_An)</str> </arr> <str>comp1.semi.p_bnd_FV</str> <arr> <str>if(abs(comp1.semi.bc_Ap)&lt;comp1.semi.global_flux_tol_sg,comp1.semi.P,comp1.semi.P*comp1.semi.bc_Ap)</str> </arr> <str>comp1.semi.nJn_SG</str> <arr> <str>-e_const*comp1.semi.bc_Vn*(comp1.semi.n_bnd-comp1.semi.N*comp1.semi.bc_An)/comp1.semi.nJn_SG_denom_num</str> </arr> <str>comp1.semi.nJp_SG</str> <arr> <str>-e_const*comp1.semi.bc_Vp*(comp1.semi.p_bnd-comp1.semi.P*comp1.semi.bc_Ap)/comp1.semi.nJp_SG_denom_num</str> </arr> <str>comp1.semi.nJn_SG_denom</str> <arr> <str>-1+comp1.semi.bc_An</str> </arr> <str>comp1.semi.nJp_SG_denom</str> <arr> <str>-1+comp1.semi.bc_Ap</str> </arr> <str>comp1.semi.nJn_SG_denom_num</str> <arr> <str>if(abs(comp1.semi.nJn_SG_denom)&lt;comp1.semi.global_flux_tol_sg,if(sign(comp1.semi.nJn_SG_denom)==0,comp1.semi.global_flux_tol_sg,sign(comp1.semi.nJn_SG_denom)*comp1.semi.global_flux_tol_sg),comp1.semi.nJn_SG_denom)</str> </arr> <str>comp1.semi.nJp_SG_denom_num</str> <arr> <str>if(abs(comp1.semi.nJp_SG_denom)&lt;comp1.semi.global_flux_tol_sg,if(sign(comp1.semi.nJp_SG_denom)==0,comp1.semi.global_flux_tol_sg,sign(comp1.semi.nJp_SG_denom)*comp1.semi.global_flux_tol_sg),comp1.semi.nJp_SG_denom)</str> </arr> <str>comp1.semi.nJn_C</str> <arr> <str>e_const*(-comp1.semi.bc_Dn*(-comp1.semi.n_bnd+comp1.semi.N)/comp1.semi.dc_n+0.5*(comp1.semi.n_bnd+comp1.semi.N)*comp1.semi.bc_Vn)</str> </arr> <str>comp1.semi.nJp_C</str> <arr> <str>e_const*(comp1.semi.bc_Dp*(-comp1.semi.p_bnd+comp1.semi.P)/comp1.semi.dc_n+0.5*(comp1.semi.p_bnd+comp1.semi.P)*comp1.semi.bc_Vp)</str> </arr> <str>comp1.semi.delta_nJn</str> <arr> <str>0</str> </arr> <str>comp1.semi.delta_nJp</str> <arr> <str>0</str> </arr> <str>comp1.semi.mc1.V0</str> <arr> <str>Vp</str> </arr> <str>comp1.semi.Phi_B</str> <arr> <str>comp1.semi.Phi-comp1.semi.chi0</str> </arr> <str>comp1.semi.vsn</str> <arr> <str>comp1.semi.Astar_n*comp1.semi.Tl^2/(comp1.semi.Nc*e_const)</str> </arr> <str>comp1.semi.vsp</str> <arr> <str>comp1.semi.Astar_p*comp1.semi.Tl^2/(comp1.semi.Nv*e_const)</str> </arr> <str>comp1.semi.Phi</str> <arr> <str>4.6*unit_V_cf</str> </arr> <str>comp1.semi.Astar_n</str> <arr> <str>110*unit_A_cf/(unit_K_cf*unit_cm_cf)^2</str> </arr> <str>comp1.semi.Astar_p</str> <arr> <str>90*unit_A_cf/(unit_K_cf*unit_cm_cf)^2</str> </arr> <str>comp1.semi.n0</str> <arr> <str>circumcenter(comp1.semi.Nc*exp(-comp1.semi.Phi_B/comp1.semi.Vth))</str> </arr> <str>comp1.semi.p0</str> <arr> <str>circumcenter(comp1.semi.Nv*exp((-comp1.semi.Eg0+comp1.semi.Phi_B)/comp1.semi.Vth))</str> </arr> <str>comp1.semi.Jtn</str> <arr> <str>0</str> </arr> <str>comp1.semi.Jtp</str> <arr> <str>0</str> </arr> <str>comp1.semi.JtnSG</str> <arr> <str>-e_const*comp1.semi.vsn*comp1.semi.bc_Vn*(comp1.semi.bc_An*comp1.semi.N-comp1.semi.n0)/(comp1.semi.bc_Vn+comp1.semi.vsn*(1-comp1.semi.bc_An))</str> </arr> <str>comp1.semi.JtpSG</str> <arr> <str>e_const*comp1.semi.vsp*comp1.semi.bc_Vp*(comp1.semi.bc_Ap*comp1.semi.P-comp1.semi.p0)/(comp1.semi.bc_Vp+comp1.semi.vsp*(-1+comp1.semi.bc_Ap))</str> </arr> <str>comp1.semi.dcnN</str> <arr> <str>comp1.semi.dc_n*comp1.semi.vsn/comp1.semi.bc_Dn</str> </arr> <str>comp1. `semi.dcnP</str> <arr> <str>comp1.semi.dc_n*comp1.semi.vsp/comp1.semi.bc_Dp</str> </arr> <str>comp1.semi.JtnC</str> <arr> <str>e_const*((comp1.semi.n0-comp1.semi.N)*comp1.semi.vsn/(1+comp1.semi.dcnN)+comp1.semi.dcnN*(comp1.semi.N+0.5*comp1.semi.dcnN*(comp1.semi.n0+comp1.semi.N))*comp1.semi.bc_Vn/(1+comp1.semi.dcnN)^2)</str> </arr> <str>comp1.semi.JtpC</str> <arr> <str>e_const*(-(comp1.semi.p0-comp1.semi.P)*comp1.semi.vsp/(1+comp1.semi.dcnP)+comp1.semi.dcnP*(comp1.semi.P+0.5*comp1.semi.dcnP*(comp1.semi.p0+comp1.semi.P))*comp1.semi.bc_Vp/(1+comp1.semi.dcnP)^2)</str> </arr> <str>comp1.semi.Jtn_anal</str> <arr> <str>if(abs(comp1.semi.bc_An_expo)&lt;comp1.semi.global_flux_tol_sg,comp1.semi.JtnC,comp1.semi.JtnSG)</str> </arr> <str>comp1.semi.Jtp_anal</str> <arr> <str>if(abs(comp1.semi.bc_Ap_expo)&lt;comp1.semi.global_flux_tol_sg,comp1.semi.JtpC,comp1.semi.JtpSG)</str> </arr> <str>comp1.semi.n_bnd_anal</str> <arr> <str>if(abs(comp1.semi.bc_An_expo)&lt;comp1.semi.global_flux_tol_sg,comp1.semi.JtnC*comp1.semi.dc_n/(e_const*comp1.semi.bc_Dn)+comp1.semi.N,comp1.semi.JtnSG*(1-comp1.semi.bc_An)/(e_const*comp1.semi.bc_Vn)+comp1.semi.N*comp1.semi.bc_An)</str> </arr> <str>comp1.semi.p_bnd_anal</str> <arr> <str>if(abs(comp1.semi.bc_Ap_expo)&lt;comp1.semi.global_flux_tol_sg,-comp1.semi.JtpC*comp1.semi.dc_n/(e_const*comp1.semi.bc_Dp)+comp1.semi.P,comp1.semi.JtpSG*(1-comp1.semi.bc_Ap)/(e_const*comp1.semi.bc_Vp)+comp1.semi.P*comp1.semi.bc_Ap)</str> </arr> <str>comp1.semi.nV_offset</str> <arr> <str>-comp1.semi.Phi_B-comp1.semi.chi0-comp1.semi.V_eq_adj</str> </arr> <str>comp1.semi.Vterm</str> <arr> <str>comp1.semi.V0_bias</str> </arr> <str>comp1.semi.Vref</str> <arr> <str>comp1.semi.Vref_local</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> [<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <arr> <str>comp1.semi.nD</str> <arr> <str>epsilon0_const*comp1.semi.epsilonrs*comp1.semi.nE</str> </arr> <str>comp1.semi.nV</str> <arr> <str>comp1.semi.Vterm+circumcenter(comp1.semi.V_eq)</str> </arr> <str>comp1.semi.nE</str> <arr> <str>-(comp1.semi.nV-comp1.V)/comp1.semi.dc_n</str> </arr> <str>comp1.semi.ngX</str> <arr> <str>dnXmesh</str> </arr> <str>comp1.semi.ngY</str> <arr> <str>0</str> </arr> <str>comp1.semi.ngZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.dc_n_bnd</str> <arr> <str>down(comp1.semi.rX-circumcenter(comp1.semi.rX/unit_m_cf)*unit_m_cf)*comp1.semi.ngX</str> </arr> <str>comp1.semi.nX</str> <arr> <str>dnX</str> </arr> <str>comp1.semi.nY</str> <arr> <str>0</str> </arr> <str>comp1.semi.nZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.nmeshX</str> <arr> <str>dnXmesh</str> </arr> <str>comp1.semi.nmeshY</str> <arr> <str>0</str> </arr> <str>comp1.semi.nmeshZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.bc_grad_chi</str> <arr> <str>(comp1.semi.chi_semi-down(circumcenter(comp1.semi.chi_semi)))/comp1.semi.dc_n</str> </arr> <str>comp1.semi.bc_grad_Eg</str> <arr> <str>(comp1.semi.Eg-down(circumcenter(comp1.semi.Eg)))/comp1.semi.dc_n</str> </arr> <str>comp1.semi.bc_grad_logNc</str> <arr> <str>(log(comp1.semi.Nc*unit_m_cf^3)-down(circumcenter(log(comp1.semi.Nc*unit_m_cf^3))))/comp1.semi.dc_n</str> </arr> <str>comp1.semi.bc_grad_logNv</str> <arr> <str>(log(comp1.semi.Nv*unit_m_cf^3)-down(circumcenter(log(comp1.semi.Nv*unit_m_cf^3))))/comp1.semi.dc_n</str> </arr> <str>comp1.semi.Jn_diff_post_ext_down</str> <arr> <str>comp1.semi.nJn-e_const*comp1.semi.bc_Vn*comp1.semi.N</str> </arr> <str>comp1.semi.Jn_diff_post_ext_up</str> <arr> <str>comp1.semi.nJn-e_const*comp1.semi.bc_Vn*comp1.semi.N</str> </arr> <str>comp1.semi.Jp_diff_post_ext_down</str> <arr> <str>comp1.semi.nJp-e_const*comp1.semi.bc_Vp*comp1.semi.P</str> </arr> <str>comp1.semi.Jp_diff_post_ext_up</str> <arr> <str>comp1.semi.nJp-e_const*comp1.semi.bc_Vp*comp1.semi.P</str> </arr> <str>comp1.semi.Jn_post_ext_down</str> <arr> <str>comp1.semi.nJn</str> </arr> <str>comp1.semi.Jp_post_ext_down</str> <arr> <str>comp1.semi.nJp</str> </arr> <str>comp1.semi.n_bnd</str> <arr> <str>circumcenter(comp1.semi.n_eq)</str> </arr> <str>comp1.semi.p_bnd</str> <arr> <str>circumcenter(comp1.semi.p_eq)</str> </arr> <str>comp1.semi.n_bnd_num</str> <arr> <str>if(comp1.semi.n_bnd&gt;1.0E-100*unit_m_cf^(-3),comp1.semi.n_bnd,1.0E-100*unit_m_cf^(-3))</str> </arr> <str>comp1.semi.p_bnd_num</str> <arr> <str>if(comp1.semi.p_bnd&gt;1.0E-100*unit_m_cf^(-3),comp1.semi.p_bnd,1.0E-100*unit_m_cf^(-3))</str> </arr> <str>comp1.semi.nJ</str> <arr> <str>comp1.semi.nJn+comp1.semi.nJp</str> </arr> <str>comp1.semi.nJn</str> <arr> <str>comp1.semi.nJn_FV</str> </arr> <str>comp1.semi.nJp</str> <arr> <str>comp1.semi.nJp_FV</str> </arr> <str>comp1.semi.nJn_SR</str> <arr> <str>0</str> </arr> <str>comp1.semi.nJp_SR</str> <arr> <str>0</str> </arr> <str>comp1.semi.bc_gamma_n</str> <arr> <str>1</str> </arr> <str>comp1.semi.bc_gamma_p</str> <arr> <str>1</str> </arr> <str>comp1.semi.bc_Gn</str> <arr> <str>1</str> </arr> <str>comp1.semi.bc_Gp</str> <arr> <str>1</str> </arr> <str>comp1.semi.bc_Qthn</str> <arr> <str>2*comp1.semi.Vth*comp1.semi.mun</str> </arr> <str>comp1.semi.bc_Qthp</str> <arr> <str>2*comp1.semi.Vth*comp1.semi.mup</str> </arr> <str>comp1.semi.bc_Qn</str> <arr> <str>2*comp1.semi.Vth*comp1.semi.mun</str> </arr> <str>comp1.semi.bc_Qp</str> <arr> <str>2*comp1.semi.Vth*comp1.semi.mup</str> </arr> <str>comp1.semi.bc_Dn</str> <arr> <str>comp1.semi.mun*comp1.semi.Vth*comp1.semi.Gn</str> </arr> <str>comp1.semi.bc_Dp</str> <arr> <str>comp1.semi.mup*comp1.semi.Vth*comp1.semi.Gp</str> </arr> <str>comp1.semi.bc_Dn_th</str> <arr> <str>comp1.semi.bc_Qn-1.5*comp1.semi.bc_Dn</str> </arr> <str>comp1.semi.bc_Dp_th</str> <arr> <str>comp1.semi.bc_Qp-1.5*comp1.semi.bc_Dp</str> </arr> <str>comp1.semi.bc_Vn</str> <arr> <str>comp1.semi.mun*comp1.semi.nE-comp1.semi.mun*comp1.semi.bc_grad_chi-comp1.semi.bc_Dn*comp1.semi.bc_grad_logNc+comp1.semi.bc_Dn_th*d(comp1.semi.Tl,X)*comp1.semi.ngX/comp1.semi.Tl</str> </arr> <str>comp1.semi.bc_Vp</str> <arr> <str>comp1.semi.mup*comp1.semi.nE-comp1.semi.mup*comp1.semi.bc_grad_chi-comp1.semi.mup*comp1.semi.bc_grad_Eg+comp1.semi.bc_Dp*comp1.semi.bc_grad_logNv-comp1.semi.bc_Dp_th*d(comp1.semi.Tl,X)*comp1.semi.ngX/comp1.semi.Tl</str> </arr> <str>comp1.semi.bc_An</str> <arr> <str>exp(comp1.semi.bc_An_expo)</str> </arr> <str>comp1.semi.bc_Ap</str> <arr> <str>exp(comp1.semi.bc_Ap_expo)</str> </arr> <str>comp1.semi.bc_An_expo</str> <arr> <str>-comp1.semi.bc_Vn*comp1.semi.dc_n/comp1.semi.bc_Dn</str> </arr> <str>comp1.semi.bc_Ap_expo</str> <arr> <str>comp1.semi.bc_Vp*comp1.semi.dc_n/comp1.semi.bc_Dp</str> </arr> <str>comp1.semi.nJn_FV</str> <arr> <str>if(abs(comp1.semi.bc_An_expo)&lt;comp1.semi.global_flux_tol_sg,comp1.semi.nJn_C,comp1.semi.nJn_SG)</str> </arr> <str>comp1.semi.nJp_FV</str> <arr> <str>if(abs(comp1.semi.bc_Ap_expo)&lt;comp1.semi.global_flux_tol_sg,comp1.semi.nJp_C,comp1.semi.nJp_SG)</str> </arr> <str>comp1.semi.n_bnd_FV</str> <arr> <str>if(abs(comp1.semi.bc_An)&lt;comp1.semi.global_flux_tol_sg,comp1.semi.nJn*comp1.semi.dc_n/(e_const*comp1.semi.bc_Dn)+comp1.semi.N,comp1.semi.nJn*(1-comp1.semi.bc_An)/(e_const*comp1.semi.bc_Vn)+comp1.semi.N*comp1.semi.bc_An)</str> </arr> <str>comp1.semi.p_bnd_FV</str> <arr> <str>if(abs(comp1.semi.bc_Ap)&lt;comp1.semi.global_flux_tol_sg,-comp1.semi.nJp*comp1.semi.dc_n/(e_const*comp1.semi.bc_Dp)+comp1.semi.P,comp1.semi.nJp*(1-comp1.semi.bc_Ap)/(e_const*comp1.semi.bc_Vp)+comp1.semi.P*comp1.semi.bc_Ap)</str> </arr> <str>comp1.semi.nJn_SG</str> <arr> <str>-e_const*comp1.semi.bc_Vn*(comp1.semi.n_bnd-comp1.semi.N*comp1.semi.bc_An)/comp1.semi.nJn_SG_denom_num</str> </arr> <str>comp1.semi.nJp_SG</str> <arr> <str>-e_const*comp1.semi.bc_Vp*(comp1.semi.p_bnd-comp1.semi.P*comp1.semi.bc_Ap)/comp1.semi.nJp_SG_denom_num</str> </arr> <str>comp1.semi.nJn_SG_denom</str> <arr> <str>-1+comp1.semi.bc_An</str> </arr> <str>comp1.semi.nJp_SG_denom</str> <arr> <str>-1+comp1.semi.bc_Ap</str> </arr> <str>comp1.semi.nJn_SG_denom_num</str> <arr> <str>if(abs(comp1.semi.nJn_SG_denom)&lt;comp1.semi.global_flux_tol_sg,if(sign(comp1.semi.nJn_SG_denom)==0,comp1.semi.global_flux_tol_sg,sign(comp1.semi.nJn_SG_denom)*comp1.semi.global_flux_tol_sg),comp1.semi.nJn_SG_denom)</str> </arr> <str>comp1.semi.nJp_SG_denom_num</str> <arr> <str>if(abs(comp1.semi.nJp_SG_denom)&lt;comp1.semi.global_flux_tol_sg,if(sign(comp1.semi.nJp_SG_denom)==0,comp1.semi.global_flux_tol_sg,sign(comp1.semi.nJp_SG_denom)*comp1.semi.global_flux_tol_sg),comp1.semi.nJp_SG_denom)</str> </arr> <str>comp1.semi.nJn_C</str> <arr> <str>e_const*(-comp1.semi.bc_Dn*(-comp1.semi.n_bnd+comp1.semi.N)/comp1.semi.dc_n+0.5*(comp1.semi.n_bnd+comp1.semi.N)*comp1.semi.bc_Vn)</str> </arr> <str>comp1.semi.nJp_C</str> <arr> <str>e_const*(comp1.semi.bc_Dp*(-comp1.semi.p_bnd+comp1.semi.P)/comp1.semi.dc_n+0.5*(comp1.semi.p_bnd+comp1.semi.P)*comp1.semi.bc_Vp)</str> </arr> <str>comp1.semi.delta_nJn</str> <arr> <str>0</str> </arr> <str>comp1.semi.delta_nJp</str> <arr> <str>0</str> </arr> <str>comp1.semi.Vterm</str> <arr> <str>comp1.semi.V0_bias</str> </arr> <str>comp1.semi.mc2.V0</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>3</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <arr> <str>comp1.semi.dnD_dt</str> <arr> <str>d(comp1.semi.nD,t)</str> </arr> <str>comp1.semi.dc_n</str> <arr> <str>if(abs(comp1.semi.dc_n_bnd)&lt;comp1.semi.dc_tol,if(sign(comp1.semi.dc_n_bnd)==0,comp1.semi.dc_tol,sign(comp1.semi.dc_n_bnd)*comp1.semi.dc_tol),comp1.semi.dc_n_bnd)</str> </arr> <str>comp1.semi.Jn_th_post_ext_down</str> <arr> <str>e_const*comp1.semi.bc_Dn_th*d(comp1.semi.Tl,X)*comp1.semi.ngX*comp1.semi.N/comp1.semi.Tl</str> </arr> <str>comp1.semi.Jn_th_post_ext_up</str> <arr> <str>e_const*comp1.semi.Dn_th_up*d(comp1.semi.Tl,X)*comp1.semi.ungX*up(comp1.semi.N)/comp1.semi.Tl</str> </arr> <str>comp1.semi.Jp_th_post_ext_down</str> <arr> <str>-e_const*comp1.semi.bc_Dp_th*d(comp1.semi.Tl,X)*comp1.semi.ngX*comp1.semi.P/comp1.semi.Tl</str> </arr> <str>comp1.semi.Jp_th_post_ext_up</str> <arr> <str>-e_const*comp1.semi.bc_Dp_th*d(comp1.semi.Tl,X)*comp1.semi.ngX*comp1.semi.P/comp1.semi.Tl</str> </arr> <str>comp1.semi.Jn_drift_post_ext_down</str> <arr> <str>e_const*down(comp1.semi.mun)*(comp1.semi.nE-d(comp1.semi.chi_semi,X)*comp1.semi.dngX)*down(comp1.semi.N)</str> </arr> <str>comp1.semi.Jn_drift_post_ext_up</str> <arr> <str>e_const*up(comp1.semi.mun)*(comp1.semi.nE-d(comp1.semi.chi_semi,X)*comp1.semi.ungX)*up(comp1.semi.N)</str> </arr> <str>comp1.semi.Jp_drift_post_ext_down</str> <arr> <str>e_const*down(comp1.semi.mup)*(comp1.semi.nE-d(comp1.semi.chi_semi,X)*comp1.semi.dngX-d(comp1.semi.Eg,X)*comp1.semi.dngX)*down(comp1.semi.P)</str> </arr> <str>comp1.semi.Jp_drift_post_ext_up</str> <arr> <str>e_const*up(comp1.semi.mup)*(comp1.semi.nE-d(comp1.semi.chi_semi,X)*comp1.semi.ungX-d(comp1.semi.Eg,X)*comp1.semi.ungX)*up(comp1.semi.P)</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>3</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> N<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <arr> <str>comp1.semi.dnD_dt</str> <arr> <str>d(comp1.semi.nD,t)</str> </arr> <str>comp1.semi.nV</str> <arr> <str>(comp1.semi.epsilonr_down*comp1.semi.dc_up*down(comp1.V)+comp1.semi.epsilonr_up*comp1.semi.dc_down*up(comp1.V))/comp1.semi.E_cd_denom_num</str> </arr> <str>comp1.semi.ngX</str> <arr> <str>nXmesh</str> </arr> <str>comp1.semi.ngY</str> <arr> <str>0</str> </arr> <str>comp1.semi.ngZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.nX</str> <arr> <str>nX</str> </arr> <str>comp1.semi.nY</str> <arr> <str>0</str> </arr> <str>comp1.semi.nZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.nmeshX</str> <arr> <str>nXmesh</str> </arr> <str>comp1.semi.nmeshY</str> <arr> <str>0</str> </arr> <str>comp1.semi.nmeshZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.Jn_th_post_int_down</str> <arr> <str>e_const*comp1.semi.Dn_th_down*d(comp1.semi.Tl,X)*comp1.semi.dngX*down(comp1.semi.N)/comp1.semi.Tl</str> </arr> <str>comp1.semi.Jn_th_post_int_up</str> <arr> <str>e_const*comp1.semi.Dn_th_up*d(comp1.semi.Tl,X)*comp1.semi.dngX*up(comp1.semi.N)/comp1.semi.Tl</str> </arr> <str>comp1.semi.Jp_th_post_int_down</str> <arr> <str>-e_const*comp1.semi.Dp_th_down*d(comp1.semi.Tl,X)*comp1.semi.dngX*down(comp1.semi.P)/comp1.semi.Tl</str> </arr> <str>comp1.semi.Jp_th_post_int_up</str> <arr> <str>-e_const*comp1.semi.Dp_th_up*d(comp1.semi.Tl,X)*comp1.semi.dngX*up(comp1.semi.P)/comp1.semi.Tl</str> </arr> <str>comp1.semi.Jn_drift_post_int_down</str> <arr> <str>e_const*down(comp1.semi.mun)*(comp1.semi.E_down-d(comp1.semi.chi_semi,X)*comp1.semi.dngX)*down(comp1.semi.N)</str> </arr> <str>comp1.semi.Jn_drift_post_int_up</str> <arr> <str>e_const*up(comp1.semi.mun)*(comp1.semi.E_up-d(comp1.semi.chi_semi,X)*comp1.semi.ungX)*up(comp1.semi.N)</str> </arr> <str>comp1.semi.Jp_drift_post_int_down</str> <arr> <str>e_const*down(comp1.semi.mup)*(comp1.semi.E_down-d(comp1.semi.chi_semi,X)*comp1.semi.dngX-d(comp1.semi.Eg,X)*comp1.semi.dngX)*down(comp1.semi.P)</str> </arr> <str>comp1.semi.Jp_drift_post_int_up</str> <arr> <str>e_const*up(comp1.semi.mup)*(comp1.semi.E_up-d(comp1.semi.chi_semi,X)*comp1.semi.ungX-d(comp1.semi.Eg,X)*comp1.semi.ungX)*up(comp1.semi.P)</str> </arr> <str>comp1.semi.Jn_diff_post_int_down</str> <arr> <str>comp1.semi.nJn_sg-e_const*comp1.semi.Vn_down*down(comp1.semi.N)</str> </arr> <str>comp1.semi.Jn_diff_post_int_up</str> <arr> <str>comp1.semi.nJn_sg-e_const*comp1.semi.Vn_up*up(comp1.semi.N)</str> </arr> <str>comp1.semi.Jp_diff_post_int_down</str> <arr> <str>comp1.semi.nJp_sg-e_const*comp1.semi.Vp_down*down(comp1.semi.P)</str> </arr> <str>comp1.semi.Jp_diff_post_int_up</str> <arr> <str>comp1.semi.nJp_sg-e_const*comp1.semi.Vp_up*up(comp1.semi.P)</str> </arr> <str>comp1.semi.Jn_post_ext_down</str> <arr> <str>comp1.semi.nJn_int</str> </arr> <str>comp1.semi.Jn_post_ext_up</str> <arr> <str>comp1.semi.nJn_int</str> </arr> <str>comp1.semi.Jn_post_int_down</str> <arr> <str>comp1.semi.nJn_int</str> </arr> <str>comp1.semi.Jn_post_int_up</str> <arr> <str>comp1.semi.nJn_int</str> </arr> <str>comp1.semi.Jp_post_ext_down</str> <arr> <str>comp1.semi.nJp_int</str> </arr> <str>comp1.semi.Jp_post_ext_up</str> <arr> <str>comp1.semi.nJp_int</str> </arr> <str>comp1.semi.Jp_post_int_down</str> <arr> <str>comp1.semi.nJp_int</str> </arr> <str>comp1.semi.Jp_post_int_up</str> <arr> <str>comp1.semi.nJp_int</str> </arr> <str>comp1.semi.delta_nJn</str> <arr> <str>0</str> </arr> <str>comp1.semi.delta_nJp</str> <arr> <str>0</str> </arr> <str>comp1.semi.nJn_int</str> <arr> <str>comp1.semi.nJn_int_anal</str> </arr> <str>comp1.semi.nJp_int</str> <arr> <str>comp1.semi.nJp_int_anal</str> </arr> <str>comp1.semi.nJn_up</str> <arr> <str>-comp1.semi.nJn_int</str> </arr> <str>comp1.semi.nJp_up</str> <arr> <str>-comp1.semi.nJp_int</str> </arr> <str>comp1.semi.nJn_down</str> <arr> <str>comp1.semi.nJn_int</str> </arr> <str>comp1.semi.nJp_down</str> <arr> <str>comp1.semi.nJp_int</str> </arr> <str>comp1.semi.nJn_SR_up</str> <arr> <str>0</str> </arr> <str>comp1.semi.nJp_SR_up</str> <arr> <str>0</str> </arr> <str>comp1.semi.nJn_SR_down</str> <arr> <str>0</str> </arr> <str>comp1.semi.nJp_SR_down</str> <arr> <str>0</str> </arr> <str>comp1.semi.Ec_bnd_up</str> <arr> <str>-comp1.semi.nV-up(comp1.semi.chi_semi)</str> </arr> <str>comp1.semi.Ec_bnd_down</str> <arr> <str>-comp1.semi.nV-down(comp1.semi.chi_semi)</str> </arr> <str>comp1.semi.Ev_bnd_up</str> <arr> <str>comp1.semi.Ec_bnd_up-up(comp1.semi.Eg)</str> </arr> <str>comp1.semi.Ev_bnd_down</str> <arr> <str>comp1.semi.Ec_bnd_down-down(comp1.semi.Eg)</str> </arr> <str>comp1.semi.bc_An_up</str> <arr> <str>exp(comp1.semi.bc_An_expo_up)</str> </arr> <str>comp1.semi.bc_Ap_up</str> <arr> <str>exp(comp1.semi.bc_Ap_expo_up)</str> </arr> <str>comp1.semi.bc_An_expo_up</str> <arr> <str>comp1.semi.Vn_up*comp1.semi.dc_up_bnd/comp1.semi.Dn_up</str> </arr> <str>comp1.semi.bc_Ap_expo_up</str> <arr> <str>-comp1.semi.Vp_up*comp1.semi.dc_up_bnd/comp1.semi.Dp_up</str> </arr> <str>comp1.semi.nJn_FV_up</str> <arr> <str>if(abs(comp1.semi.bc_An_expo_up)&lt;comp1.semi.global_flux_tol_sg,comp1.semi.nJn_C_up,comp1.semi.nJn_SG_up)</str> </arr> <str>comp1.semi.nJp_FV_up</str> <arr> <str>if(abs(comp1.semi.bc_Ap_expo_up)&lt;comp1.semi.global_flux_tol_sg,comp1.semi.nJp_C_up,comp1.semi.nJp_SG_up)</str> </arr> <str>comp1.semi.n_bnd_FV_up</str> <arr> <str>if(abs(comp1.semi.bc_An_up)&lt;comp1.semi.global_flux_tol_sg,comp1.semi.nJn_up*comp1.semi.dc_up_bnd/(e_const*comp1.semi.Dn_up)+up(comp1.semi.N),-comp1.semi.nJn_up*(1-comp1.semi.bc_An_up)/(e_const*comp1.semi.Vn_up)+up(comp1.semi.N)*comp1.semi.bc_An_up)</str> </arr> <str>comp1.semi.p_bnd_FV_up</str> <arr> <str>if(abs(comp1.semi.bc_Ap_up)&lt;comp1.semi.global_flux_tol_sg,-comp1.semi.nJp_up*comp1.semi.dc_up_bnd/(e_const*comp1.semi.Dp_up)+up(comp1.semi.P),-comp1.semi.nJp_up*(1-comp1.semi.bc_Ap_up)/(e_const*comp1.semi.Vp_up)+up(comp1.semi.P)*comp1.semi.bc_Ap_up)</str> </arr> <str>comp1.semi.nJn_SG_up</str> <arr> <str>e_const*comp1.semi.Vn_up*(comp1.semi.n_bnd_up-up(comp1.semi.N)*comp1.semi.bc_An_up)/comp1.semi.nJn_SG_denom_num_up</str> </arr> <str>comp1.semi.nJp_SG_up</str> <arr> <str>e_const*comp1.semi.Vp_up*(comp1.semi.p_bnd_up-up(comp1.semi.P)*comp1.semi.bc_Ap_up)/comp1.semi.nJp_SG_denom_num_up</str> </arr> <str>comp1.semi.nJn_SG_denom_up</str> <arr> <str>-1+comp1.semi.bc_An_up</str> </arr> <str>comp1.semi.nJp_SG_denom_up</str> <arr> <str>-1+comp1.semi.bc_Ap_up</str> </arr> <str>comp1.semi.nJn_SG_denom_num_up</str> <arr> <str>if(abs(comp1.semi.nJn_SG_denom_up)&lt;comp1.semi.global_flux_tol_sg,if(sign(comp1.semi.nJn_SG_denom_up)==0,comp1.semi.global_flux_tol_sg,sign(comp1.semi.nJn_SG_denom_up)*comp1.semi.global_flux_tol_sg),comp1.semi.nJn_SG_denom_up)</str> </arr> <str>comp1.semi.nJp_SG_denom_num_up</str> <arr> <str>if(abs(comp1.semi.nJp_SG_denom_up)&lt;comp1.semi.global_flux_tol_sg,if(sign(comp1.semi.nJp_SG_denom_up)==0,comp1.semi.global_flux_tol_sg,sign(comp1.semi.nJp_SG_denom_up)*comp1.semi.global_flux_to `l_sg),comp1.semi.nJp_SG_denom_up)</str> </arr> <str>comp1.semi.nJn_C_up</str> <arr> <str>e_const*(-comp1.semi.Dn_up*(-comp1.semi.n_bnd_up+up(comp1.semi.N))/comp1.semi.dc_up_bnd-0.5*(comp1.semi.n_bnd_up+up(comp1.semi.N))*comp1.semi.Vn_up)</str> </arr> <str>comp1.semi.nJp_C_up</str> <arr> <str>e_const*(comp1.semi.Dp_up*(-comp1.semi.p_bnd_up+up(comp1.semi.P))/comp1.semi.dc_up_bnd-0.5*(comp1.semi.p_bnd_up+up(comp1.semi.P))*comp1.semi.Vp_up)</str> </arr> <str>comp1.semi.bc_An_down</str> <arr> <str>exp(comp1.semi.bc_An_expo_down)</str> </arr> <str>comp1.semi.bc_Ap_down</str> <arr> <str>exp(comp1.semi.bc_Ap_expo_down)</str> </arr> <str>comp1.semi.bc_An_expo_down</str> <arr> <str>-comp1.semi.Vn_down*comp1.semi.dc_down_bnd/comp1.semi.Dn_down</str> </arr> <str>comp1.semi.bc_Ap_expo_down</str> <arr> <str>comp1.semi.Vp_down*comp1.semi.dc_down_bnd/comp1.semi.Dp_down</str> </arr> <str>comp1.semi.nJn_FV_down</str> <arr> <str>if(abs(comp1.semi.bc_An_expo_down)&lt;comp1.semi.global_flux_tol_sg,comp1.semi.nJn_C_down,comp1.semi.nJn_SG_down)</str> </arr> <str>comp1.semi.nJp_FV_down</str> <arr> <str>if(abs(comp1.semi.bc_Ap_expo_down)&lt;comp1.semi.global_flux_tol_sg,comp1.semi.nJp_C_down,comp1.semi.nJp_SG_down)</str> </arr> <str>comp1.semi.n_bnd_FV_down</str> <arr> <str>if(abs(comp1.semi.bc_An_down)&lt;comp1.semi.global_flux_tol_sg,comp1.semi.nJn_down*comp1.semi.dc_down_bnd/(e_const*comp1.semi.Dn_down)+down(comp1.semi.N),comp1.semi.nJn_down*(1-comp1.semi.bc_An_down)/(e_const*comp1.semi.Vn_down)+down(comp1.semi.N)*comp1.semi.bc_An_down)</str> </arr> <str>comp1.semi.p_bnd_FV_down</str> <arr> <str>if(abs(comp1.semi.bc_Ap_down)&lt;comp1.semi.global_flux_tol_sg,-comp1.semi.nJp_down*comp1.semi.dc_down_bnd/(e_const*comp1.semi.Dp_down)+down(comp1.semi.P),comp1.semi.nJp_down*(1-comp1.semi.bc_Ap_down)/(e_const*comp1.semi.Vp_down)+down(comp1.semi.P)*comp1.semi.bc_Ap_down)</str> </arr> <str>comp1.semi.nJn_SG_down</str> <arr> <str>-e_const*comp1.semi.Vn_down*(comp1.semi.n_bnd_down-down(comp1.semi.N)*comp1.semi.bc_An_down)/comp1.semi.nJn_SG_denom_num_down</str> </arr> <str>comp1.semi.nJp_SG_down</str> <arr> <str>-e_const*comp1.semi.Vp_down*(comp1.semi.p_bnd_down-down(comp1.semi.P)*comp1.semi.bc_Ap_down)/comp1.semi.nJp_SG_denom_num_down</str> </arr> <str>comp1.semi.nJn_SG_denom_down</str> <arr> <str>-1+comp1.semi.bc_An_down</str> </arr> <str>comp1.semi.nJp_SG_denom_down</str> <arr> <str>-1+comp1.semi.bc_Ap_down</str> </arr> <str>comp1.semi.nJn_SG_denom_num_down</str> <arr> <str>if(abs(comp1.semi.nJn_SG_denom_down)&lt;comp1.semi.global_flux_tol_sg,if(sign(comp1.semi.nJn_SG_denom_down)==0,comp1.semi.global_flux_tol_sg,sign(comp1.semi.nJn_SG_denom_down)*comp1.semi.global_flux_tol_sg),comp1.semi.nJn_SG_denom_down)</str> </arr> <str>comp1.semi.nJp_SG_denom_num_down</str> <arr> <str>if(abs(comp1.semi.nJp_SG_denom_down)&lt;comp1.semi.global_flux_tol_sg,if(sign(comp1.semi.nJp_SG_denom_down)==0,comp1.semi.global_flux_tol_sg,sign(comp1.semi.nJp_SG_denom_down)*comp1.semi.global_flux_tol_sg),comp1.semi.nJp_SG_denom_down)</str> </arr> <str>comp1.semi.nJn_C_down</str> <arr> <str>e_const*(-comp1.semi.Dn_down*(-comp1.semi.n_bnd_down+down(comp1.semi.N))/comp1.semi.dc_down_bnd+0.5*(comp1.semi.n_bnd_down+down(comp1.semi.N))*comp1.semi.Vn_down)</str> </arr> <str>comp1.semi.nJp_C_down</str> <arr> <str>e_const*(comp1.semi.Dp_down*(-comp1.semi.p_bnd_down+down(comp1.semi.P))/comp1.semi.dc_down_bnd+0.5*(comp1.semi.p_bnd_down+down(comp1.semi.P))*comp1.semi.Vp_down)</str> </arr> <str>comp1.semi.Q_int_tot</str> <arr> <str>comp1.semi.Q_int_Jn+comp1.semi.Q_int_Jp</str> </arr> <str>comp1.semi.Q_int_Jn</str> <arr> <str>comp1.semi.nJn_int*(comp1.semi.Ec_bnd_up-comp1.semi.Ec_bnd_down)</str> </arr> <str>comp1.semi.Q_int_Jp</str> <arr> <str>comp1.semi.nJp_int*(comp1.semi.Ev_bnd_up-comp1.semi.Ev_bnd_down)</str> </arr> <str>comp1.semi.cont2.cp</str> <arr> <str>1</str> </arr> <str>comp1.semi.Fn</str> <arr> <str>exp(-abs(comp1.semi.Ec_bnd_down-comp1.semi.Ec_bnd_up)/comp1.semi.Vth)</str> </arr> <str>comp1.semi.Fp</str> <arr> <str>exp(-abs(comp1.semi.Ev_bnd_down-comp1.semi.Ev_bnd_up)/comp1.semi.Vth)</str> </arr> <str>comp1.semi.vneffd</str> <arr> <str>comp1.semi.cont2.cp*if(comp1.semi.Ec_bnd_up&gt;=comp1.semi.Ec_bnd_down,comp1.semi.vn_down*comp1.semi.Fn,comp1.semi.vn_down)</str> </arr> <str>comp1.semi.vpeffd</str> <arr> <str>comp1.semi.cont2.cp*if(comp1.semi.Ev_bnd_up&lt;=comp1.semi.Ev_bnd_down,comp1.semi.vp_down*comp1.semi.Fp,comp1.semi.vp_down)</str> </arr> <str>comp1.semi.vneffu</str> <arr> <str>comp1.semi.cont2.cp*if(comp1.semi.Ec_bnd_up&gt;=comp1.semi.Ec_bnd_down,comp1.semi.vn_up,comp1.semi.vn_up*comp1.semi.Fn)</str> </arr> <str>comp1.semi.vpeffu</str> <arr> <str>comp1.semi.cont2.cp*if(comp1.semi.Ev_bnd_up&lt;=comp1.semi.Ev_bnd_down,comp1.semi.vp_up,comp1.semi.vp_up*comp1.semi.Fp)</str> </arr> <str>comp1.semi.nJn_int_anal</str> <arr> <str>if(abs(comp1.semi.Bn_expo)+abs(comp1.semi.An_expo)&lt;comp1.semi.global_flux_tol_sg,comp1.semi.nTECn,comp1.semi.nTESGn)</str> </arr> <str>comp1.semi.nJp_int_anal</str> <arr> <str>if(abs(comp1.semi.Bp_expo)+abs(comp1.semi.Ap_expo)&lt;comp1.semi.global_flux_tol_sg,comp1.semi.nTECp,comp1.semi.nTESGp)</str> </arr> <str>comp1.semi.nTESGn</str> <arr> <str>e_const*comp1.semi.Vn_down*(-comp1.semi.An*comp1.semi.vneffd*down(comp1.semi.N)/comp1.semi.vneffu+comp1.semi.Bn*up(comp1.semi.N))/((1-comp1.semi.An)*comp1.semi.vneffd/comp1.semi.vneffu+comp1.semi.Vn_down*(-1+comp1.semi.Bn+comp1.semi.Vn_up/comp1.semi.vneffu)/comp1.semi.Vn_up)</str> </arr> <str>comp1.semi.nTECn</str> <arr> <str>e_const*(-comp1.semi.Dn_down*comp1.semi.Dn_up*(down(comp1.semi.N)*comp1.semi.vneffd-up(comp1.semi.N)*comp1.semi.vneffu)/(comp1.semi.dc_down*comp1.semi.Dn_up*comp1.semi.vneffd+comp1.semi.Dn_down*(comp1.semi.Dn_up+comp1.semi.dc_up*comp1.semi.vneffu))+0.5*(comp1.semi.Vn_down*comp1.semi.vneffd*(down(comp1.semi.N)*comp1.semi.vneffd+up(comp1.semi.N)*comp1.semi.vneffu)*(comp1.semi.dc_down*comp1.semi.Dn_up)^2+comp1.semi.dc_up*comp1.semi.Dn_down^2*comp1.semi.vneffu*(2*comp1.semi.Dn_up*up(comp1.semi.N)+comp1.semi.dc_up*down(comp1.semi.N)*comp1.semi.vneffd+comp1.semi.dc_up*up(comp1.semi.N)*comp1.semi.vneffu)*comp1.semi.Vn_up+2*comp1.semi.dc_down*comp1.semi.Dn_down*comp1.semi.Dn_up*comp1.semi.vneffd*(comp1.semi.Dn_up*down(comp1.semi.N)*comp1.semi.Vn_down+comp1.semi.dc_up*comp1.semi.vneffu*(down(comp1.semi.N)*comp1.semi.Vn_down+up(comp1.semi.N)*comp1.semi.Vn_up)))/(comp1.semi.dc_down*comp1.semi.Dn_up*comp1.semi.vneffd+comp1.semi.Dn_down*(comp1.semi.Dn_up+comp1.semi.dc_up*comp1.semi.vneffu))^2)</str> </arr> <str>comp1.semi.nTESGp</str> <arr> <str>e_const*comp1.semi.Vp_down*(comp1.semi.Ap*comp1.semi.vpeffd*down(comp1.semi.P)/comp1.semi.vpeffu-comp1.semi.Bp*up(comp1.semi.P))/((-1+comp1.semi.Ap)*comp1.semi.vpeffd/comp1.semi.vpeffu+comp1.semi.Vp_down*(1-comp1.semi.Bp+comp1.semi.Vp_up/comp1.semi.vpeffu)/comp1.semi.Vp_up)</str> </arr> <str>comp1.semi.nTECp</str> <arr> <str>e_const*(comp1.semi.Dp_down*comp1.semi.Dp_up*(down(comp1.semi.P)*comp1.semi.vpeffd-up(comp1.semi.P)*comp1.semi.vpeffu)/(comp1.semi.dc_down*comp1.semi.Dp_up*comp1.semi.vpeffd+comp1.semi.Dp_down*(comp1.semi.Dp_up+comp1.semi.dc_up*comp1.semi.vpeffu))+0.5*(comp1.semi.Vp_down*comp1.semi.vpeffd*(down(comp1.semi.P)*comp1.semi.vpeffd+up(comp1.semi.P)*comp1.semi.vpeffu)*(comp1.semi.dc_down*comp1.semi.Dp_up)^2+comp1.semi.dc_up*comp1.semi.Dp_down^2*comp1.semi.vpeffu*(2*comp1.semi.Dp_up*up(comp1.semi.P)+comp1.semi.dc_up*down(comp1.semi.P)*comp1.semi.vpeffd+comp1.semi.dc_up*up(comp1.semi.P)*comp1.semi.vpeffu)*comp1.semi.Vp_up+2*comp1.semi.dc_down*comp1.semi.Dp_down*comp1.semi.Dp_up*comp1.semi.vpeffd*(comp1.semi.Dp_up*down(comp1.semi.P)*comp1.semi.Vp_down+comp1.semi.dc_up*comp1.semi.vpeffu*(down(comp1.semi.P)*comp1.semi.Vp_down+up(comp1.semi.P)*comp1.semi.Vp_up)))/(comp1.semi.dc_down*comp1.semi.Dp_up*comp1.semi.vpeffd+comp1.semi.Dp_down*(comp1.semi.Dp_up+comp1.semi.dc_up*comp1.semi.vpeffu))^2)</str> </arr> <str>comp1.semi.nTEdSG</str> <arr> <str>(-comp1.semi.Bn*up(comp1.semi.N)+comp1.semi.An*(-comp1.semi.Vn_down*(-1+comp1.semi.Bn+comp1.semi.Vn_up/comp1.semi.vneffu)*down(comp1.semi.N)/comp1.semi.Vn_up+comp1.semi.Bn*up(comp1.semi.N)))/((-1+comp1.semi.An)*comp1.semi.vneffd/comp1.semi.vneffu-comp1.semi.Vn_down*(-1+comp1.semi.Bn+comp1.semi.Vn_up/comp1.semi.vneffu)/comp1.semi.Vn_up)</str> </arr> <str>comp1.semi.nTEuSG</str> <arr> <str>(-comp1.semi.Bn*(comp1.semi.Vn_down+comp1.semi.vneffd)*up(comp1.semi.N)+comp1.semi.An*comp1.semi.vneffd*((1-comp1.semi.Bn)*comp1.semi.Vn_down*down(comp1.semi.N)/comp1.semi.Vn_up+comp1.semi.Bn*up(comp1.semi.N)))/(comp1.semi.vneffu*((-1+comp1.semi.An)*comp1.semi.vneffd/comp1.semi.vneffu-comp1.semi.Vn_down*(-1+comp1.semi.Bn+comp1.semi.Vn_up/comp1.semi.vneffu)/comp1.semi.Vn_up))</str> </arr> <str>comp1.semi.pTEdSG</str> <arr> <str>(-comp1.semi.Bp*up(comp1.semi.P)+comp1.semi.Ap*(comp1.semi.Vp_down*(1-comp1.semi.Bp+comp1.semi.Vp_up/comp1.semi.vpeffu)*down(comp1.semi.P)/comp1.semi.Vp_up+comp1.semi.Bp*up(comp1.semi.P)))/((-1+comp1.semi.Ap)*comp1.semi.vpeffd/comp1.semi.vpeffu+comp1.semi.Vp_down*(1-comp1.semi.Bp+comp1.semi.Vp_up/comp1.semi.vpeffu)/comp1.semi.Vp_up)</str> </arr> <str>comp1.semi.pTEuSG</str> <arr> <str>(comp1.semi.Bp*(comp1.semi.Vp_down-comp1.semi.vpeffd)*up(comp1.semi.P)+comp1.semi.Ap*comp1.semi.vpeffd*((1-comp1.semi.Bp)*comp1.semi.Vp_down*down(comp1.semi.P)/comp1.semi.Vp_up+comp1.semi.Bp*up(comp1.semi.P)))/(comp1.semi.vpeffu*((-1+comp1.semi.Ap)*comp1.semi.vpeffd/comp1.semi.vpeffu+comp1.semi.Vp_down*(1-comp1.semi.Bp+comp1.semi.Vp_up/comp1.semi.vpeffu)/comp1.semi.Vp_up))</str> </arr> <str>comp1.semi.nTEdC</str> <arr> <str>(comp1.semi.Dn_down*(1+comp1.semi.dc_up*comp1.semi.vneffu/comp1.semi.Dn_up)*down(comp1.semi.N)+comp1.semi.dc_down*comp1.semi.vneffu*up(comp1.semi.N))/(comp1.semi.vneffd*(comp1.semi.dc_down+comp1.semi.Dn_down*(1+comp1.semi.dc_up*comp1.semi.vneffu/comp1.semi.Dn_up)/comp1.semi.vneffd))</str> </arr> <str>comp1.semi.nTEuC</str> <arr> <str>(comp1.semi.dc_up*comp1.semi.Dn_down*down(comp1.semi.N)/comp1.semi.Dn_up+comp1.semi.dc_down*up(comp1.semi.N)+comp1.semi.Dn_down*up(comp1.semi.N)/comp1.semi.vneffd)/(comp1.semi.dc_down+comp1.semi.Dn_down*(1+comp1.semi.dc_up*comp1.semi.vneffu/comp1.semi.Dn_up)/comp1.semi.vneffd)</str> </arr> <str>comp1.semi.pTEdC</str> <arr> <str>(comp1.semi.Dp_down*(1+comp1.semi.dc_up*comp1.semi.vpeffu/comp1.semi.Dp_up)*down(comp1.semi.P)+comp1.semi.dc_down*comp1.semi.vpeffu*up(comp1.semi.P))/(comp1.semi.vpeffd*(comp1.semi.dc_down+comp1.semi.Dp_down*(1+comp1.semi.dc_up*comp1.semi.vpeffu/comp1.semi.Dp_up)/comp1.semi.vpeffd))</str> </arr> <str>comp1.semi.pTEuC</str> <arr> <str>(comp1.semi.dc_up*comp1.semi.Dp_down*down(comp1.semi.P)/comp1.semi.Dp_up+(comp1.semi.dc_down+comp1.semi.Dp_down/comp1.semi.vpeffd)*up(comp1.semi.P))/(comp1.semi.dc_down+comp1.semi.Dp_down*(1+comp1.semi.dc_up*comp1.semi.vpeffu/comp1.semi.Dp_up)/comp1.semi.vpeffd)</str> </arr> <str>comp1.semi.n_bnd_down_anal</str> <arr> <str>if(abs(comp1.semi.Bn_expo)+abs(comp1.semi.An_expo)&lt;comp1.semi.global_flux_tol_sg,comp1.semi.nTEdC,comp1.semi.nTEdSG)</str> </arr> <str>comp1.semi.p_bnd_down_anal</str> <arr> <str>if(abs(comp1.semi.Bp_expo)+abs(comp1.semi.Ap_expo)&lt;comp1.semi.global_flux_tol_sg,comp1.semi.pTEdC,comp1.semi.pTEdSG)</str> </arr> <str>comp1.semi.n_bnd_up_anal</str> <arr> <str>if(abs(comp1.semi.Bn_expo)+abs(comp1.semi.An_expo)&lt;comp1.semi.global_flux_tol_sg,comp1.semi.nTEuC,comp1.semi.nTEuSG)</str> </arr> <str>comp1.semi.p_bnd_up_anal</str> <arr> <str>if(abs(comp1.semi.Bp_expo)+abs(comp1.semi.Ap_expo)&lt;comp1.semi.global_flux_tol_sg,comp1.semi.pTEuC,comp1.semi.pTEuSG)</str> </arr> <str>comp1.semi.vn_down</str> <arr> <str>comp1.semi.me_star_min*down(0.5*(k_B_const*comp1.semi.Tl)^2/(pi^2*hbar_const^3*comp1.semi.Nc))</str> </arr> <str>comp1.semi.vp_down</str> <arr> <str>comp1.semi.mh_star_min*down(0.5*(k_B_const*comp1.semi.Tl)^2/(pi^2*hbar_const^3*comp1.semi.Nv))</str> </arr> <str>comp1.semi.vn_up</str> <arr> <str>comp1.semi.me_star_min*up(0.5*(k_B_const*comp1.semi.Tl)^2/(pi^2*hbar_const^3*comp1.semi.Nc))</str> </arr> <str>comp1.semi.vp_up</str> <arr> <str>comp1.semi.mh_star_min*up(0.5*(k_B_const*comp1.semi.Tl)^2/(pi^2*hbar_const^3*comp1.semi.Nv))</str> </arr> <str>comp1.semi.me_star_down</str> <arr> <str>down(2*pi*hbar_const^2*(0.5*comp1.semi.Nc)^(2/3)/(k_B_const*comp1.semi.Tl))</str> </arr> <str>comp1.semi.mh_star_down</str> <arr> <str>down(2*pi*hbar_const^2*(0.5*comp1.semi.Nv)^(2/3)/(k_B_const*comp1.semi.Tl))</str> </arr> <str>comp1.semi.me_star_up</str> <arr> <str>up(2*pi*hbar_const^2*(0.5*comp1.semi.Nc)^(2/3)/(k_B_const*comp1.semi.Tl))</str> </arr> <str>comp1.semi.mh_star_up</str> <arr> <str>up(2*pi*hbar_const^2*(0.5*comp1.semi.Nv)^(2/3)/(k_B_const*comp1.semi.Tl))</str> </arr> <str>comp1.semi.me_star_min</str> <arr> <str>min(comp1.semi.me_star_down,comp1.semi.me_star_up)</str> </arr> <str>comp1.semi.mh_star_min</str> <arr> <str>min(comp1.semi.mh_star_down,comp1.semi.mh_star_up)</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.semi.Nd</str> <arr> <str>4*eps</str> </arr> <str>comp1.semi.Na</str> <arr> <str>3*eps+comp1.semi.adm1.Na</str> </arr> <str>comp1.semi.mun</str> <arr> <str>3900*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> </arr> <str>comp1.semi.mup</str> <arr> <str>1900*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> </arr> <str>comp1.semi.Nt</str> <arr> <str>comp1.semi.atd1.Nta</str> </arr> <str>comp1.semi.epsilonrXX</str> <arr> <str>comp1.mat1.def.epsilonr11</str> </arr> <str>comp1.semi.epsilonrYX</str> <arr> <str>0</str> </arr> <str>comp1.semi.epsilonrZX</str> <arr> <str>0</str> </arr> <str>comp1.semi.epsilonrXY</str> <arr> <str>0</str> </arr> <str>comp1.semi.epsilonrYY</str> <arr> <str>comp1.mat1.def.epsilonr22</str> </arr> <str>comp1.semi.epsilonrZY</str> <arr> <str>0</str> </arr> <str>comp1.semi.epsilonrXZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.epsilonrYZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.epsilonrZZ</str> <arr> <str>comp1.mat1.def.epsilonr33</str> </arr> <str>comp1.semi.epsilonr_iso</str> <arr> <str>comp1.mat1.def.epsilonr_iso</str> </arr> <str>comp1.semi.Eg0</str> <arr> <str>0.664*unit_V_cf</str> </arr> <str>comp1.semi.chi0</str> <arr> <str>4*unit_V_cf</str> </arr> <str>comp1.semi.Nc</str> <arr> <str>1.04E19*(comp1.semi.smm1.minput_temperature/(300*unit_K_cf))^1.5/unit_cm_cf^3</str> </arr> <str>comp1.semi.Nv</str> <arr> <str>6.0E18*(comp1.semi.smm1.minput_temperature/(300*unit_K_cf))^1.5/unit_cm_cf^3</str> </arr> <str>comp1.semi.adm1.cp_dtd</str> <arr> <str>comp1.semi.cp_dtd</str> </arr> <str>comp1.semi.adm1.Nd0</str> <arr> <str>comp1.semi.adm1.Nbox*exp(-(comp1.semi.adm1.posr1/comp1.semi.adm1.chX)^2)*exp(-(comp1.semi.adm1.negr1/comp1.semi.adm1.chX)^2)</str> </arr> <str>comp1.semi.adm1.NAc</str> <arr> <str>1.0E16/unit_cm_cf^3</str> </arr> <str>comp1.semi.adm1.Nbox</str> <arr> <str>comp1.semi.adm1.NAc</str> </arr> <str>comp1.semi.adm1.matcoordX</str> <arr> <str>X-comp1.semi.adm1.rb1</str> </arr> <str>comp1.semi.adm1.matcoordY</str> <arr> <str>Y</str> </arr> <str>comp1.semi.adm1.matcoordZ</str> <arr> <str>Z</str> </arr> <str>comp1.semi.adm1.rotcoordX</str> <arr> <str>comp1.semi.adm1.matcoordX</str> </arr> <str>comp1.semi.adm1.rotcoordY</str> <arr> <str>comp1.semi.adm1.matcoordY</str> </arr> <str>comp1.semi.adm1.rotcoordZ</str> <arr> <str>comp1.semi.adm1.matcoordZ</str> </arr> <str>comp1.semi.adm1.posr1</str> <arr> <str>max(0,comp1.semi.adm1.rotcoordX-comp1.semi.adm1.poso1)</str> </arr> <str>comp1.semi.adm1.posr2</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm1.posr3</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm1.negr1</str> <arr> <str>max(0,-comp1.semi.adm1.rotcoordX)</str> </arr> <str>comp1.semi.adm1.negr2</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm1.negr3</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm1.poso1</str> <arr> <str>comp1.semi.adm1.jwidth</str> </arr> <str>comp1.semi.adm1.poso2</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm1.poso3</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm1.nego1</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm1.nego2</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm1.nego3</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm1.jwidth</str> <arr> <str>0.275*unit_um_cf</str> </arr> <str>comp1.semi.adm1.jdX</str> <arr> <str>comp1.semi.adm1.jds1D</str> </arr> <str>comp1.semi.adm1.jdY</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm1.jdZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm1.chX</str> <arr> <str>comp1.semi.adm1.jdX/sqrt(log(abs(comp1.semi.adm1.Nbox/comp1.semi.adm1.Nb)))</str> </arr> <str>comp1.semi.adm1.chY</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm1.chZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm1.rb1</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm1.rb2</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm1.rb3</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm1.jds1D</str> <arr> <str>0.025*unit_um_cf</str> </arr> <str>comp1.semi.adm1.Nb</str> <arr> <str>1.0E15/unit_cm_cf^3</str> </arr> <str>comp1.semi.adm1.Nd</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm1.Na</str> <arr> <str>comp1.semi.adm1.cp_dtd*comp1.semi.adm1.Nd0</str> </arr> <str>comp1.semi.taun</str> <arr> <str>comp1.mat1.SRH.taun</str> </arr> <str>comp1.semi.taup</str> <arr> <str>comp1.mat1.SRH.taup</str> </arr> <str>comp1.semi.Cn</str> <arr> <str>comp1.mat1.Auger.Cn</str> </arr> <str>comp1.semi.Cp</str> <arr> <str>comp1.mat1.Auger.Cp</str> </arr> <str>comp1.semi.atd1.cp_dtd</str> <arr> <str>comp1.semi.cp_dtd</str> </arr> <str>comp1.semi.atd1.Nd0</str> <arr> <str>comp1.semi.atd1.NTc</str> </arr> <str>comp1.semi.atd1.NTc</str> <arr> <str>1000000/unit_cm_cf^3</str> </arr> <str>comp1.semi.atd1.Nta</str> <arr> <str>comp1.semi.atd1.cp_dtd*comp1.semi.atd1.Nd0</str> </arr> <str>comp1.semi.Nta</str> <arr> <str>comp1.semi.atd1.Nta</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> k<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.semi.Nd</str> <arr> <str>4*eps+comp1.semi.adm2.N `d</str> </arr> <str>comp1.semi.Na</str> <arr> <str>3*eps</str> </arr> <str>comp1.semi.mun</str> <arr> <str>1450*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> </arr> <str>comp1.semi.mup</str> <arr> <str>500*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> </arr> <str>comp1.semi.Nt</str> <arr> <str>0</str> </arr> <str>comp1.semi.epsilonrXX</str> <arr> <str>comp1.mat2.def.epsilonr11</str> </arr> <str>comp1.semi.epsilonrYX</str> <arr> <str>0</str> </arr> <str>comp1.semi.epsilonrZX</str> <arr> <str>0</str> </arr> <str>comp1.semi.epsilonrXY</str> <arr> <str>0</str> </arr> <str>comp1.semi.epsilonrYY</str> <arr> <str>comp1.mat2.def.epsilonr22</str> </arr> <str>comp1.semi.epsilonrZY</str> <arr> <str>0</str> </arr> <str>comp1.semi.epsilonrXZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.epsilonrYZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.epsilonrZZ</str> <arr> <str>comp1.mat2.def.epsilonr33</str> </arr> <str>comp1.semi.epsilonr_iso</str> <arr> <str>comp1.mat2.def.epsilonr_iso</str> </arr> <str>comp1.semi.Eg0</str> <arr> <str>1.12*unit_V_cf</str> </arr> <str>comp1.semi.chi0</str> <arr> <str>4.05*unit_V_cf</str> </arr> <str>comp1.semi.Nc</str> <arr> <str>2.8E19*(comp1.semi.smm1.minput_temperature/(300*unit_K_cf))^1.5/unit_cm_cf^3</str> </arr> <str>comp1.semi.Nv</str> <arr> <str>1.04E19*(comp1.semi.smm1.minput_temperature/(300*unit_K_cf))^1.5/unit_cm_cf^3</str> </arr> <str>comp1.semi.adm2.cp_dtd</str> <arr> <str>comp1.semi.cp_dtd</str> </arr> <str>comp1.semi.adm2.Nd0</str> <arr> <str>comp1.semi.adm2.Nbox*exp(-(comp1.semi.adm2.posr1/comp1.semi.adm2.chX)^2)*exp(-(comp1.semi.adm2.negr1/comp1.semi.adm2.chX)^2)</str> </arr> <str>comp1.semi.adm2.NDc</str> <arr> <str>1.0E16/unit_cm_cf^3</str> </arr> <str>comp1.semi.adm2.Nbox</str> <arr> <str>comp1.semi.adm2.NDc</str> </arr> <str>comp1.semi.adm2.matcoordX</str> <arr> <str>X-comp1.semi.adm2.rb1</str> </arr> <str>comp1.semi.adm2.matcoordY</str> <arr> <str>Y</str> </arr> <str>comp1.semi.adm2.matcoordZ</str> <arr> <str>Z</str> </arr> <str>comp1.semi.adm2.rotcoordX</str> <arr> <str>comp1.semi.adm2.matcoordX</str> </arr> <str>comp1.semi.adm2.rotcoordY</str> <arr> <str>comp1.semi.adm2.matcoordY</str> </arr> <str>comp1.semi.adm2.rotcoordZ</str> <arr> <str>comp1.semi.adm2.matcoordZ</str> </arr> <str>comp1.semi.adm2.posr1</str> <arr> <str>max(0,comp1.semi.adm2.rotcoordX-comp1.semi.adm2.poso1)</str> </arr> <str>comp1.semi.adm2.posr2</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm2.posr3</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm2.negr1</str> <arr> <str>max(0,-comp1.semi.adm2.rotcoordX)</str> </arr> <str>comp1.semi.adm2.negr2</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm2.negr3</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm2.poso1</str> <arr> <str>comp1.semi.adm2.jwidth</str> </arr> <str>comp1.semi.adm2.poso2</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm2.poso3</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm2.nego1</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm2.nego2</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm2.nego3</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm2.jwidth</str> <arr> <str>0.7*unit_um_cf</str> </arr> <str>comp1.semi.adm2.jdX</str> <arr> <str>comp1.semi.adm2.jds1D</str> </arr> <str>comp1.semi.adm2.jdY</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm2.jdZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm2.chX</str> <arr> <str>comp1.semi.adm2.jdX/sqrt(log(abs(comp1.semi.adm2.Nbox/comp1.semi.adm2.Nb)))</str> </arr> <str>comp1.semi.adm2.chY</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm2.chZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm2.rb1</str> <arr> <str>0.325*unit_um_cf</str> </arr> <str>comp1.semi.adm2.rb2</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm2.rb3</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm2.jds1D</str> <arr> <str>0.025*unit_um_cf</str> </arr> <str>comp1.semi.adm2.Nb</str> <arr> <str>1.0E15/unit_cm_cf^3</str> </arr> <str>comp1.semi.adm2.Nd</str> <arr> <str>comp1.semi.adm2.cp_dtd*comp1.semi.adm2.Nd0</str> </arr> <str>comp1.semi.adm2.Na</str> <arr> <str>0</str> </arr> <str>comp1.semi.taun</str> <arr> <str>comp1.mat2.SRH.taun</str> </arr> <str>comp1.semi.taup</str> <arr> <str>comp1.mat2.SRH.taup</str> </arr> <str>comp1.semi.Cn</str> <arr> <str>comp1.mat2.Auger.Cn</str> </arr> <str>comp1.semi.Cp</str> <arr> <str>comp1.mat2.Auger.Cp</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> \4<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>material.def.Cp</str> <arr> <str>310*unit_J_cf/(unit_kg_cf*unit_K_cf)</str> </arr> <str>material.def.Cp_symmetry</str> <arr> <str>0</str> </arr> <str>material.Cp</str> <arr> <str>comp1.mat1.def.heatcapacity</str> </arr> <str>material.Cp_symmetry</str> <arr> <str>0</str> </arr> <str>material.def.epsilonr11</str> <arr> <str>16.2</str> </arr> <str>material.def.epsilonr21</str> <arr> <str>0</str> </arr> <str>material.def.epsilonr31</str> <arr> <str>0</str> </arr> <str>material.def.epsilonr12</str> <arr> <str>0</str> </arr> <str>material.def.epsilonr22</str> <arr> <str>16.2</str> </arr> <str>material.def.epsilonr32</str> <arr> <str>0</str> </arr> <str>material.def.epsilonr13</str> <arr> <str>0</str> </arr> <str>material.def.epsilonr23</str> <arr> <str>0</str> </arr> <str>material.def.epsilonr33</str> <arr> <str>16.2</str> </arr> <str>material.def.epsilonr_symmetry</str> <arr> <str>0</str> </arr> <str>material.def.epsilonr_iso</str> <arr> <str>16.2</str> </arr> <str>material.epsilonr11</str> <arr> <str>16.2</str> </arr> <str>material.epsilonr21</str> <arr> <str>0</str> </arr> <str>material.epsilonr31</str> <arr> <str>0</str> </arr> <str>material.epsilonr12</str> <arr> <str>0</str> </arr> <str>material.epsilonr22</str> <arr> <str>16.2</str> </arr> <str>material.epsilonr32</str> <arr> <str>0</str> </arr> <str>material.epsilonr13</str> <arr> <str>0</str> </arr> <str>material.epsilonr23</str> <arr> <str>0</str> </arr> <str>material.epsilonr33</str> <arr> <str>16.2</str> </arr> <str>material.epsilonr_symmetry</str> <arr> <str>0</str> </arr> <str>material.epsilonr_iso</str> <arr> <str>16.2</str> </arr> <str>material.def.k11</str> <arr> <str>60*unit_W_cf/(unit_m_cf*unit_K_cf)</str> </arr> <str>material.def.k21</str> <arr> <str>0</str> </arr> <str>material.def.k31</str> <arr> <str>0</str> </arr> <str>material.def.k12</str> <arr> <str>0</str> </arr> <str>material.def.k22</str> <arr> <str>60*unit_W_cf/(unit_m_cf*unit_K_cf)</str> </arr> <str>material.def.k32</str> <arr> <str>0</str> </arr> <str>material.def.k13</str> <arr> <str>0</str> </arr> <str>material.def.k23</str> <arr> <str>0</str> </arr> <str>material.def.k33</str> <arr> <str>60*unit_W_cf/(unit_m_cf*unit_K_cf)</str> </arr> <str>material.def.k_symmetry</str> <arr> <str>0</str> </arr> <str>material.def.k_iso</str> <arr> <str>60*unit_W_cf/(unit_m_cf*unit_K_cf)</str> </arr> <str>material.k11</str> <arr> <str>60*unit_W_cf/(unit_m_cf*unit_K_cf)</str> </arr> <str>material.k21</str> <arr> <str>0</str> </arr> <str>material.k31</str> <arr> <str>0</str> </arr> <str>material.k12</str> <arr> <str>0</str> </arr> <str>material.k22</str> <arr> <str>60*unit_W_cf/(unit_m_cf*unit_K_cf)</str> </arr> <str>material.k32</str> <arr> <str>0</str> </arr> <str>material.k13</str> <arr> <str>0</str> </arr> <str>material.k23</str> <arr> <str>0</str> </arr> <str>material.k33</str> <arr> <str>60*unit_W_cf/(unit_m_cf*unit_K_cf)</str> </arr> <str>material.k_symmetry</str> <arr> <str>0</str> </arr> <str>material.k_iso</str> <arr> <str>60*unit_W_cf/(unit_m_cf*unit_K_cf)</str> </arr> <str>material.def.rho</str> <arr> <str>5323*unit_kg_cf/unit_m_cf^3</str> </arr> <str>material.def.rho_symmetry</str> <arr> <str>0</str> </arr> <str>material.rho</str> <arr> <str>5323*unit_kg_cf/unit_m_cf^3</str> </arr> <str>material.rho_symmetry</str> <arr> <str>0</str> </arr> <str>material.lstdf.tanDelta</str> <arr> <str>-imag(comp1.mat1.def.epsilonr_iso)/real(comp1.mat1.def.epsilonr_iso)</str> </arr> <str>material.lstdf.epsilonPrim11</str> <arr> <str>real(comp1.mat1.def.epsilonr_iso)</str> </arr> <str>material.lstdf.epsilonPrim21</str> <arr> <str>0</str> </arr> <str>material.lstdf.epsilonPrim31</str> <arr> <str>0</str> </arr> <str>material.lstdf.epsilonPrim12</str> <arr> <str>0</str> </arr> <str>material.lstdf.epsilonPrim22</str> <arr> <str>real(comp1.mat1.def.epsilonr_iso)</str> </arr> <str>material.lstdf.epsilonPrim32</str> <arr> <str>0</str> </arr> <str>material.lstdf.epsilonPrim13</str> <arr> <str>0</str> </arr> <str>material.lstdf.epsilonPrim23</str> <arr> <str>0</str> </arr> <str>material.lstdf.epsilonPrim33</str> <arr> <str>real(comp1.mat1.def.epsilonr_iso)</str> </arr> <str>material.lstdf.epsilonPrim_iso</str> <arr> <str>real(comp1.mat1.def.epsilonr_iso)</str> </arr> <str>material.lstdf.epsilonPrim_symmetry</str> <arr> <str>4</str> </arr> <str>material.lst.epsilonPrim11</str> <arr> <str>real(comp1.mat1.def.epsilonr_iso)</str> </arr> <str>material.lst.epsilonPrim21</str> <arr> <str>0</str> </arr> <str>material.lst.epsilonPrim31</str> <arr> <str>0</str> </arr> <str>material.lst.epsilonPrim12</str> <arr> <str>0</str> </arr> <str>material.lst.epsilonPrim22</str> <arr> <str>real(comp1.mat1.def.epsilonr_iso)</str> </arr> <str>material.lst.epsilonPrim32</str> <arr> <str>0</str> </arr> <str>material.lst.epsilonPrim13</str> <arr> <str>0</str> </arr> <str>material.lst.epsilonPrim23</str> <arr> <str>0</str> </arr> <str>material.lst.epsilonPrim33</str> <arr> <str>real(comp1.mat1.def.epsilonr_iso)</str> </arr> <str>material.lst.epsilonPrim_iso</str> <arr> <str>real(comp1.mat1.def.epsilonr_iso)</str> </arr> <str>material.lst.epsilonPrim_symmetry</str> <arr> <str>4</str> </arr> <str>material.lst.delta</str> <arr> <str>atan2(-imag(comp1.mat1.def.epsilonr_iso),real(comp1.mat1.def.epsilonr_iso))*unit_rad_cf</str> </arr> <str>material.rfi.n11</str> <arr> <str>sqrt(0.5*(real(comp1.mat1.def.epsilonr_iso)+sqrt(real(comp1.mat1.def.epsilonr_iso)^2+(-imag(comp1.mat1.def.epsilonr_iso))^2)))</str> </arr> <str>material.rfi.n21</str> <arr> <str>0</str> </arr> <str>material.rfi.n31</str> <arr> <str>0</str> ` </arr> <str>material.rfi.n12</str> <arr> <str>0</str> </arr> <str>material.rfi.n22</str> <arr> <str>sqrt(0.5*(real(comp1.mat1.def.epsilonr_iso)+sqrt(real(comp1.mat1.def.epsilonr_iso)^2+(-imag(comp1.mat1.def.epsilonr_iso))^2)))</str> </arr> <str>material.rfi.n32</str> <arr> <str>0</str> </arr> <str>material.rfi.n13</str> <arr> <str>0</str> </arr> <str>material.rfi.n23</str> <arr> <str>0</str> </arr> <str>material.rfi.n33</str> <arr> <str>sqrt(0.5*(real(comp1.mat1.def.epsilonr_iso)+sqrt(real(comp1.mat1.def.epsilonr_iso)^2+(-imag(comp1.mat1.def.epsilonr_iso))^2)))</str> </arr> <str>material.rfi.n_iso</str> <arr> <str>sqrt(0.5*(real(comp1.mat1.def.epsilonr_iso)+sqrt(real(comp1.mat1.def.epsilonr_iso)^2+(-imag(comp1.mat1.def.epsilonr_iso))^2)))</str> </arr> <str>material.rfi.n_symmetry</str> <arr> <str>4</str> </arr> <str>material.rfi.ki11</str> <arr> <str>-0.5*imag(comp1.mat1.def.epsilonr_iso)/sqrt(0.5*(real(comp1.mat1.def.epsilonr_iso)+sqrt(real(comp1.mat1.def.epsilonr_iso)^2+(-imag(comp1.mat1.def.epsilonr_iso))^2)))</str> </arr> <str>material.rfi.ki21</str> <arr> <str>0</str> </arr> <str>material.rfi.ki31</str> <arr> <str>0</str> </arr> <str>material.rfi.ki12</str> <arr> <str>0</str> </arr> <str>material.rfi.ki22</str> <arr> <str>-0.5*imag(comp1.mat1.def.epsilonr_iso)/sqrt(0.5*(real(comp1.mat1.def.epsilonr_iso)+sqrt(real(comp1.mat1.def.epsilonr_iso)^2+(-imag(comp1.mat1.def.epsilonr_iso))^2)))</str> </arr> <str>material.rfi.ki32</str> <arr> <str>0</str> </arr> <str>material.rfi.ki13</str> <arr> <str>0</str> </arr> <str>material.rfi.ki23</str> <arr> <str>0</str> </arr> <str>material.rfi.ki33</str> <arr> <str>-0.5*imag(comp1.mat1.def.epsilonr_iso)/sqrt(0.5*(real(comp1.mat1.def.epsilonr_iso)+sqrt(real(comp1.mat1.def.epsilonr_iso)^2+(-imag(comp1.mat1.def.epsilonr_iso))^2)))</str> </arr> <str>material.rfi.ki_iso</str> <arr> <str>-0.5*imag(comp1.mat1.def.epsilonr_iso)/sqrt(0.5*(real(comp1.mat1.def.epsilonr_iso)+sqrt(real(comp1.mat1.def.epsilonr_iso)^2+(-imag(comp1.mat1.def.epsilonr_iso))^2)))</str> </arr> <str>material.rfi.ki_symmetry</str> <arr> <str>4</str> </arr> <str>material.del.epsilonPrim11</str> <arr> <str>real(comp1.mat1.def.epsilonr11)</str> </arr> <str>material.del.epsilonPrim21</str> <arr> <str>real(comp1.mat1.def.epsilonr21)</str> </arr> <str>material.del.epsilonPrim31</str> <arr> <str>real(comp1.mat1.def.epsilonr31)</str> </arr> <str>material.del.epsilonPrim12</str> <arr> <str>real(comp1.mat1.def.epsilonr12)</str> </arr> <str>material.del.epsilonPrim22</str> <arr> <str>real(comp1.mat1.def.epsilonr22)</str> </arr> <str>material.del.epsilonPrim32</str> <arr> <str>real(comp1.mat1.def.epsilonr32)</str> </arr> <str>material.del.epsilonPrim13</str> <arr> <str>real(comp1.mat1.def.epsilonr13)</str> </arr> <str>material.del.epsilonPrim23</str> <arr> <str>real(comp1.mat1.def.epsilonr23)</str> </arr> <str>material.del.epsilonPrim33</str> <arr> <str>real(comp1.mat1.def.epsilonr33)</str> </arr> <str>material.del.epsilonPrim_iso</str> <arr> <str>if(real(comp1.mat1.def.epsilonr12)==0&amp;&amp;real(comp1.mat1.def.epsilonr13)==0&amp;&amp;real(comp1.mat1.def.epsilonr21)==0&amp;&amp;real(comp1.mat1.def.epsilonr22)==real(comp1.mat1.def.epsilonr11)&amp;&amp;real(comp1.mat1.def.epsilonr23)==0&amp;&amp;real(comp1.mat1.def.epsilonr31)==0&amp;&amp;real(comp1.mat1.def.epsilonr32)==0&amp;&amp;real(comp1.mat1.def.epsilonr33)==real(comp1.mat1.def.epsilonr11),real(comp1.mat1.def.epsilonr11),error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> </arr> <str>material.del.epsilonPrim_symmetry</str> <arr> <str>4</str> </arr> <str>material.del.epsilonBis11</str> <arr> <str>-imag(comp1.mat1.def.epsilonr11)</str> </arr> <str>material.del.epsilonBis21</str> <arr> <str>-imag(comp1.mat1.def.epsilonr21)</str> </arr> <str>material.del.epsilonBis31</str> <arr> <str>-imag(comp1.mat1.def.epsilonr31)</str> </arr> <str>material.del.epsilonBis12</str> <arr> <str>-imag(comp1.mat1.def.epsilonr12)</str> </arr> <str>material.del.epsilonBis22</str> <arr> <str>-imag(comp1.mat1.def.epsilonr22)</str> </arr> <str>material.del.epsilonBis32</str> <arr> <str>-imag(comp1.mat1.def.epsilonr32)</str> </arr> <str>material.del.epsilonBis13</str> <arr> <str>-imag(comp1.mat1.def.epsilonr13)</str> </arr> <str>material.del.epsilonBis23</str> <arr> <str>-imag(comp1.mat1.def.epsilonr23)</str> </arr> <str>material.del.epsilonBis33</str> <arr> <str>-imag(comp1.mat1.def.epsilonr33)</str> </arr> <str>material.del.epsilonBis_iso</str> <arr> <str>if(-imag(comp1.mat1.def.epsilonr12)==0&amp;&amp;-imag(comp1.mat1.def.epsilonr13)==0&amp;&amp;-imag(comp1.mat1.def.epsilonr21)==0&amp;&amp;-imag(comp1.mat1.def.epsilonr22)==-imag(comp1.mat1.def.epsilonr11)&amp;&amp;-imag(comp1.mat1.def.epsilonr23)==0&amp;&amp;-imag(comp1.mat1.def.epsilonr31)==0&amp;&amp;-imag(comp1.mat1.def.epsilonr32)==0&amp;&amp;-imag(comp1.mat1.def.epsilonr33)==-imag(comp1.mat1.def.epsilonr11),-imag(comp1.mat1.def.epsilonr11),error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> </arr> <str>material.del.epsilonBis_symmetry</str> <arr> <str>4</str> </arr> <str>material.smaA.Cp_A</str> <arr> <str>comp1.mat1.def.heatcapacity</str> </arr> <str>material.smaM.Cp_M</str> <arr> <str>comp1.mat1.def.heatcapacity</str> </arr> <str>material.smaA.k_A11</str> <arr> <str>comp1.mat1.def.thermalconductivity11</str> </arr> <str>material.smaA.k_A21</str> <arr> <str>0</str> </arr> <str>material.smaA.k_A31</str> <arr> <str>0</str> </arr> <str>material.smaA.k_A12</str> <arr> <str>0</str> </arr> <str>material.smaA.k_A22</str> <arr> <str>comp1.mat1.def.thermalconductivity22</str> </arr> <str>material.smaA.k_A32</str> <arr> <str>0</str> </arr> <str>material.smaA.k_A13</str> <arr> <str>0</str> </arr> <str>material.smaA.k_A23</str> <arr> <str>0</str> </arr> <str>material.smaA.k_A33</str> <arr> <str>comp1.mat1.def.thermalconductivity33</str> </arr> <str>material.smaA.k_A_iso</str> <arr> <str>if(comp1.mat1.def.thermalconductivity22==comp1.mat1.def.thermalconductivity11&amp;&amp;comp1.mat1.def.thermalconductivity33==comp1.mat1.def.thermalconductivity11,comp1.mat1.def.thermalconductivity11,error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> </arr> <str>material.smaA.k_A_symmetry</str> <arr> <str>0</str> </arr> <str>material.smaM.k_M11</str> <arr> <str>comp1.mat1.def.thermalconductivity11</str> </arr> <str>material.smaM.k_M21</str> <arr> <str>0</str> </arr> <str>material.smaM.k_M31</str> <arr> <str>0</str> </arr> <str>material.smaM.k_M12</str> <arr> <str>0</str> </arr> <str>material.smaM.k_M22</str> <arr> <str>comp1.mat1.def.thermalconductivity22</str> </arr> <str>material.smaM.k_M32</str> <arr> <str>0</str> </arr> <str>material.smaM.k_M13</str> <arr> <str>0</str> </arr> <str>material.smaM.k_M23</str> <arr> <str>0</str> </arr> <str>material.smaM.k_M33</str> <arr> <str>comp1.mat1.def.thermalconductivity33</str> </arr> <str>material.smaM.k_M_iso</str> <arr> <str>if(comp1.mat1.def.thermalconductivity22==comp1.mat1.def.thermalconductivity11&amp;&amp;comp1.mat1.def.thermalconductivity33==comp1.mat1.def.thermalconductivity11,comp1.mat1.def.thermalconductivity11,error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> </arr> <str>material.smaM.k_M_symmetry</str> <arr> <str>0</str> </arr> <str>material.idealGas.Cp</str> <arr> <str>comp1.mat1.def.heatcapacity</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> d4<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>material.def.Cp</str> <arr> <str>700*unit_J_cf/(unit_kg_cf*unit_K_cf)</str> </arr> <str>material.def.Cp_symmetry</str> <arr> <str>0</str> </arr> <str>material.Cp</str> <arr> <str>comp1.mat2.def.heatcapacity</str> </arr> <str>material.Cp_symmetry</str> <arr> <str>0</str> </arr> <str>material.def.epsilonr11</str> <arr> <str>11.7</str> </arr> <str>material.def.epsilonr21</str> <arr> <str>0</str> </arr> <str>material.def.epsilonr31</str> <arr> <str>0</str> </arr> <str>material.def.epsilonr12</str> <arr> <str>0</str> </arr> <str>material.def.epsilonr22</str> <arr> <str>11.7</str> </arr> <str>material.def.epsilonr32</str> <arr> <str>0</str> </arr> <str>material.def.epsilonr13</str> <arr> <str>0</str> </arr> <str>material.def.epsilonr23</str> <arr> <str>0</str> </arr> <str>material.def.epsilonr33</str> <arr> <str>11.7</str> </arr> <str>material.def.epsilonr_symmetry</str> <arr> <str>0</str> </arr> <str>material.def.epsilonr_iso</str> <arr> <str>11.7</str> </arr> <str>material.epsilonr11</str> <arr> <str>11.7</str> </arr> <str>material.epsilonr21</str> <arr> <str>0</str> </arr> <str>material.epsilonr31</str> <arr> <str>0</str> </arr> <str>material.epsilonr12</str> <arr> <str>0</str> </arr> <str>material.epsilonr22</str> <arr> <str>11.7</str> </arr> <str>material.epsilonr32</str> <arr> <str>0</str> </arr> <str>material.epsilonr13</str> <arr> <str>0</str> </arr> <str>material.epsilonr23</str> <arr> <str>0</str> </arr> <str>material.epsilonr33</str> <arr> <str>11.7</str> </arr> <str>material.epsilonr_symmetry</str> <arr> <str>0</str> </arr> <str>material.epsilonr_iso</str> <arr> <str>11.7</str> </arr> <str>material.def.k11</str> <arr> <str>131*unit_W_cf/(unit_m_cf*unit_K_cf)</str> </arr> <str>material.def.k21</str> <arr> <str>0</str> </arr> <str>material.def.k31</str> <arr> <str>0</str> </arr> <str>material.def.k12</str> <arr> <str>0</str> </arr> <str>material.def.k22</str> <arr> <str>131*unit_W_cf/(unit_m_cf*unit_K_cf)</str> </arr> <str>material.def.k32</str> <arr> <str>0</str> </arr> <str>material.def.k13</str> <arr> <str>0</str> </arr> <str>material.def.k23</str> <arr> <str>0</str> </arr> <str>material.def.k33</str> <arr> <str>131*unit_W_cf/(unit_m_cf*unit_K_cf)</str> </arr> <str>material.def.k_symmetry</str> <arr> <str>0</str> </arr> <str>material.def.k_iso</str> <arr> <str>131*unit_W_cf/(unit_m_cf*unit_K_cf)</str> </arr> <str>material.k11</str> <arr> <str>131*unit_W_cf/(unit_m_cf*unit_K_cf)</str> </arr> <str>material.k21</str> <arr> <str>0</str> </arr> <str>material.k31</str> <arr> <str>0</str> </arr> <str>material.k12</str> <arr> <str>0</str> </arr> <str>material.k22</str> <arr> <str>131*unit_W_cf/(unit_m_cf*unit_K_cf)</str> </arr> <str>material.k32</str> <arr> <str>0</str> </arr> <str>material.k13</str> <arr> <str>0</str> </arr> <str>material.k23</str> <arr> <str>0</str> </arr> <str>material.k33</str> <arr> <str>131*unit_W_cf/(unit_m_cf*unit_K_cf)</str> </arr> <str>material.k_symmetry</str> <arr> <str>0</str> </arr> <str>material.k_iso</str> <arr> <str>131*unit_W_cf/(unit_m_cf*unit_K_cf)</str> </arr> <str>material.def.rho</str> <arr> <str>2329*unit_kg_cf/unit_m_cf^3</str> </arr> <str>material.def.rho_symmetry</str> <arr> <str>0</str> </arr> <str>material.rho</str> <arr> <str>2329*unit_kg_cf/unit_m_cf^3</str> </arr> <str>material.rho_symmetry</str> <arr> <str>0</str> </arr> <str>material.lstdf.tanDelta</str> <arr> <str>-imag(comp1.mat1.def.epsilonr_iso)/real(comp1.mat1.def.epsilonr_iso)</str> </arr> <str>material.lstdf.epsilonPrim11</str> <arr> <str>real(comp1.mat1.def.epsilonr_iso)</str> </arr> <str>material.lstdf.epsilonPrim21</str> <arr> <str>0</str> </arr> <str>material.lstdf.epsilonPrim31</str> <arr> <str>0</str> </arr> <str>material.lstdf.epsilonPrim12</str> <arr> <str>0</str> </arr> <str>material.lstdf.epsilonPrim22</str> <arr> <str>real(comp1.mat1.def.epsilonr_iso)</str> </arr> <str>material.lstdf.epsilonPrim32</str> <arr> <str>0</str> </arr> <str>material.lstdf.epsilonPrim13</str> <arr> <str>0</str> </arr> <str>material.lstdf.epsilonPrim23</str> <arr> <str>0</str> </arr> <str>material.lstdf.epsilonPrim33</str> <arr> <str>real(comp1.mat1.def.epsilonr_iso)</str> </arr> <str>material.lstdf.epsilonPrim_iso</str> <arr> <str>real(comp1.mat1.def.epsilonr_iso)</str> </arr> <str>material.lstdf.epsilonPrim_symmetry</str> <arr> <str>4</str> </arr> <str>material.lst.epsilonPrim11</str> <arr> <str>real(comp1.mat1.def.epsilonr_iso)</str> </arr> <str>material.lst.epsilonPrim21</str> <arr> <str>0</str> </arr> <str>material.lst.epsilonPrim31</str> <arr> <str>0</str> </arr> <str>material.lst.epsilonPrim12</str> <arr> <str>0</str> </arr> <str>material.lst.epsilonPrim22</str> <arr> <str>real(comp1.mat1.def.epsilonr_iso)</str> </arr> <str>material.lst.epsilonPrim32</str> <arr> <str>0</str> </arr> <str>material.lst.epsilonPrim13</str> <arr> <str>0</str> </arr> <str>material.lst.epsilonPrim23</str> <arr> <str>0</str> </arr> <str>material.lst.epsilonPrim33</str> <arr> <str>real(comp1.mat1.def.epsilonr_iso)</str> </arr> <str>material.lst.epsilonPrim_iso</str> <arr> <str>real(comp1.mat1.def.epsilonr_iso)</str> </arr> <str>material.lst.epsilonPrim_symmetry</str> <arr> <str>4</str> </arr> <str>material.lst.delta</str> <arr> <str>atan2(-imag(comp1.mat1.def.epsilonr_iso),real(comp1.mat1.def.epsilonr_iso))*unit_rad_cf</str> </arr> <str>material.rfi.n11</str> <arr> <str>sqrt(0.5*(real(comp1.mat1.def.epsilonr_iso)+sqrt(real(comp1.mat1.def.epsilonr_iso)^2+(-imag(comp1.mat1.def.epsilonr_iso))^2)))</str> </arr> <str>material.rfi.n21</str> <arr> <str>0</str> </arr> <str>material.rfi.n31</str> <arr> <str>0</str> </arr> <str>material.rfi.n12</str> <arr> <str>0</str> </arr> <str>material.rfi.n22</str> <arr> <str>sqrt(0.5*(real(comp1.mat1.def.epsilonr_iso)+sqrt(real(comp1.mat1.def.epsilonr_iso)^2+(-imag(comp1.mat1.def.epsilonr_iso))^2)))</str> </arr> <str>material.rfi.n32</str> <arr> <str>0</str> </arr> <str>material.rfi.n13</str> <arr> <str>0</str> </arr> <str>material.rfi.n23</str> <arr> <str>0</str> </arr> <str>material.rfi.n33</str> <arr> <str>sqrt(0.5*(real(comp1.mat1.def.epsilonr_iso)+sqrt(real(comp1.mat1.def.epsilonr_iso)^2+(-imag(comp1.mat1.def.epsilonr_iso))^2)))</str> </arr> <str>material.rfi.n_iso</str> <arr> <str>sqrt(0.5*(real(comp1.mat1.def.epsilonr_iso)+sqrt(real(comp1.mat1.def.epsilonr_iso)^2+(-imag(comp1.mat1.def.epsilonr_iso))^2)))</str> </arr> <str>material.rfi.n_symmetry</str> <arr> <str>4</str> </arr> <str>material.rfi.ki11</str> <arr> <str>-0.5*imag(comp1.mat1.def.epsilonr_iso)/sqrt(0.5*(real(comp1.mat1.def.epsilonr_iso)+sqrt(real(comp1.mat1.def.epsilonr_iso)^2+(-imag(comp1.mat1.def.epsilonr_iso))^2)))</str> </arr> <str>material.rfi.ki21</str> <arr> <str>0</str> </arr> <str>material.rfi.ki31</str> <arr> <str>0</str> </arr> <str>material.rfi.ki12</str> <arr> <str>0</str> </arr> <str>material.rfi.ki22</str> <arr> <str>-0.5*imag(comp1.mat1.def.epsilonr_iso)/sqrt(0.5*(real(comp1.mat1.def.epsilonr_iso)+sqrt(real(comp1.mat1.def.epsilonr_iso)^2+(-imag(comp1.mat1.def.epsilonr_iso))^2)))</str> </arr> <str>material.rfi.ki32</str> <arr> <str>0</str> </arr> <str>material.rfi.ki13</str> <arr> <str>0</str> </arr> <str>material.rfi.ki23</str> <arr> <str>0</str> </arr> <str>material.rfi.ki33</str> <arr> <str>-0.5*imag(comp1.mat1.def.epsilonr_iso)/sqrt(0.5*(real(comp1.mat1.def.epsilonr_iso)+sqrt(real(comp1.mat1.def.epsilonr_iso)^2+(-imag(comp1.mat1.def.epsilonr_iso))^2)))</str> </arr> <str>material.rfi.ki_iso</str> <arr> <str>-0.5*imag(comp1.mat1.def.epsilonr_iso)/sqrt(0.5*(real(comp1.mat1.def.epsilonr_iso)+sqrt(real(comp1.mat1.def.epsilonr_iso)^2+(-imag(comp1.mat1.def.epsilonr_iso))^2)))</str> </arr> <str>material.rfi.ki_symmetry</str> <arr> <str>4</str> </arr> <str>material.del.epsilonPrim11</str> <arr> <str>real(comp1.mat2.def.epsilonr11)</str> </arr> <str>material.del.epsilonPrim21</str> <arr> <str>real(comp1.mat2.def.epsilonr21)</str> </arr> <str>material.del.epsilonPrim31</str> <arr> <str>real(comp1.mat2.def.epsilonr31)</str> </arr> <str>material.del.epsilonPrim12</str> <arr> <str>real(comp1.mat2.def.epsilonr12)</str> </arr> <str>material.del.epsilonPrim22</str> <arr> <str>real(comp1.mat2.def.epsilonr22)</str> </arr> <str>material.del.epsilonPrim32</str> <arr> <str>real(comp1.mat2.def.epsilonr32)</str> </arr> <str>material.del.epsilonPrim13</str> <arr> <str>real(comp1.mat2.def.epsilonr13)</str> </arr> <str>material.del.epsilonPrim23</str> <arr> <str>real(comp1.mat2.def.epsilonr23)</str> </arr> <str>material.del.epsilonPrim33</str> <arr> <str>real(comp1.mat2.def.epsilonr33)</str> </arr> <str>material.del.epsilonPrim_iso</str> <arr> <str>if(real(comp1.mat2.def.epsilonr12)==0&amp;&amp;real(comp1.mat2.def.epsilonr13)==0&amp;&amp;real(comp1.mat2.def.epsilonr21)==0&amp;&amp;real(comp1.mat2.def.epsilonr22)==real(comp1.mat2.def.epsilonr11)&amp;&amp;real(comp1.mat2.def.epsilonr23)==0&amp;&amp;real(comp1.mat2.def.epsilonr31)==0&amp;&amp;real(comp1.mat2.def.epsilonr32)==0&amp;&amp;real(comp1.mat2.def.epsilonr33)==real(comp1.mat2.def.epsilonr11),real(comp1.mat2.def.epsilonr11),error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> </arr> <str>material.del.epsilonPrim_symmetry</str> <arr> <str>4</str> </arr> <str>material.del.epsilonBis11</str> <arr> <str>-imag(comp1.mat2.def.epsilonr11)</str> </arr> <str>material.del.epsilonBis21</str> <arr> <str>-imag(comp1.mat2.def.epsilonr21)</str> </arr> <str>material.del.epsilonBis31</str> <arr> <str>-imag(comp1.mat2.def.epsilonr31)</str> </arr> <str>material.del.epsilonBis12</str> <arr> <str>-imag(comp1.mat2.def.epsilonr12)</str> </arr> <str>material.del.epsilonBis22</str> <arr> <str>-imag(comp1.mat2.def.epsilonr22)</str> </arr> <str>material.del.epsilonBis32</str> <arr> <str>-imag(comp1.mat2.def.epsilonr32)</str> </arr> <str>material.del.epsilonBis13</str> <arr> <str>-imag(comp1.mat2.def.epsilonr13)</str> </arr> <str>material.del.epsilonBis23</str> <arr> <str>-imag(comp1.mat2.def.epsilonr23)</str> </arr> <str>material.del.epsilonBis33</str> <arr> <str>-imag(comp1.mat2.def.epsilonr33)</str> </arr> <str>material.del.epsilonBis_iso</str> <arr> <str>if(-imag(comp1.mat2.def.epsilonr12)==0&amp;&amp;-imag(comp1.mat2.def.epsilonr13)==0&amp;&amp;-imag(comp1.mat2.def.epsilonr21)==0&amp;&amp;-imag(comp1.mat2.def.epsilonr22)==-imag(comp1.mat2.def.epsilonr11)&amp;&amp;-imag(comp1.mat2.def.epsilonr23)==0&amp;&amp;-imag(comp1.mat2.def.epsilonr31)==0&amp;&amp;-imag(comp1.mat2.def.epsilonr32)==0&amp;&amp;-imag(comp1.mat2.def.epsilonr33)==-imag(comp1.mat2.def.epsilonr11),-imag(comp1.mat2.def.epsilonr11),error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb `3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> </arr> <str>material.del.epsilonBis_symmetry</str> <arr> <str>4</str> </arr> <str>material.smaA.Cp_A</str> <arr> <str>comp1.mat2.def.heatcapacity</str> </arr> <str>material.smaM.Cp_M</str> <arr> <str>comp1.mat2.def.heatcapacity</str> </arr> <str>material.smaA.k_A11</str> <arr> <str>comp1.mat2.def.thermalconductivity11</str> </arr> <str>material.smaA.k_A21</str> <arr> <str>0</str> </arr> <str>material.smaA.k_A31</str> <arr> <str>0</str> </arr> <str>material.smaA.k_A12</str> <arr> <str>0</str> </arr> <str>material.smaA.k_A22</str> <arr> <str>comp1.mat2.def.thermalconductivity22</str> </arr> <str>material.smaA.k_A32</str> <arr> <str>0</str> </arr> <str>material.smaA.k_A13</str> <arr> <str>0</str> </arr> <str>material.smaA.k_A23</str> <arr> <str>0</str> </arr> <str>material.smaA.k_A33</str> <arr> <str>comp1.mat2.def.thermalconductivity33</str> </arr> <str>material.smaA.k_A_iso</str> <arr> <str>if(comp1.mat2.def.thermalconductivity22==comp1.mat2.def.thermalconductivity11&amp;&amp;comp1.mat2.def.thermalconductivity33==comp1.mat2.def.thermalconductivity11,comp1.mat2.def.thermalconductivity11,error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> </arr> <str>material.smaA.k_A_symmetry</str> <arr> <str>0</str> </arr> <str>material.smaM.k_M11</str> <arr> <str>comp1.mat2.def.thermalconductivity11</str> </arr> <str>material.smaM.k_M21</str> <arr> <str>0</str> </arr> <str>material.smaM.k_M31</str> <arr> <str>0</str> </arr> <str>material.smaM.k_M12</str> <arr> <str>0</str> </arr> <str>material.smaM.k_M22</str> <arr> <str>comp1.mat2.def.thermalconductivity22</str> </arr> <str>material.smaM.k_M32</str> <arr> <str>0</str> </arr> <str>material.smaM.k_M13</str> <arr> <str>0</str> </arr> <str>material.smaM.k_M23</str> <arr> <str>0</str> </arr> <str>material.smaM.k_M33</str> <arr> <str>comp1.mat2.def.thermalconductivity33</str> </arr> <str>material.smaM.k_M_iso</str> <arr> <str>if(comp1.mat2.def.thermalconductivity22==comp1.mat2.def.thermalconductivity11&amp;&amp;comp1.mat2.def.thermalconductivity33==comp1.mat2.def.thermalconductivity11,comp1.mat2.def.thermalconductivity11,error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> </arr> <str>material.smaM.k_M_symmetry</str> <arr> <str>0</str> </arr> <str>material.idealGas.Cp</str> <arr> <str>comp1.mat2.def.heatcapacity</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> Z<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>material.SemicondMaterial.Eg0</str> <arr> <str>0.664*unit_V_cf</str> </arr> <str>material.SemicondMaterial.Eg0_symmetry</str> <arr> <str>0</str> </arr> <str>material.SemicondMaterial.chi0</str> <arr> <str>4*unit_V_cf</str> </arr> <str>material.SemicondMaterial.chi0_symmetry</str> <arr> <str>0</str> </arr> <str>material.SemicondMaterial.Nv</str> <arr> <str>6.0E18*(minput.T/(300*unit_K_cf))^1.5/unit_cm_cf^3</str> </arr> <str>material.SemicondMaterial.Nv_symmetry</str> <arr> <str>0</str> </arr> <str>material.SemicondMaterial.Nc</str> <arr> <str>1.04E19*(minput.T/(300*unit_K_cf))^1.5/unit_cm_cf^3</str> </arr> <str>material.SemicondMaterial.Nc_symmetry</str> <arr> <str>0</str> </arr> <str>material.SemicondMaterial.mun</str> <arr> <str>3900*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> </arr> <str>material.SemicondMaterial.mun_symmetry</str> <arr> <str>0</str> </arr> <str>material.SemicondMaterial.mup</str> <arr> <str>1900*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> </arr> <str>material.SemicondMaterial.mup_symmetry</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> [<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>material.SemicondMaterial.Eg0</str> <arr> <str>1.12*unit_V_cf</str> </arr> <str>material.SemicondMaterial.Eg0_symmetry</str> <arr> <str>0</str> </arr> <str>material.SemicondMaterial.chi0</str> <arr> <str>4.05*unit_V_cf</str> </arr> <str>material.SemicondMaterial.chi0_symmetry</str> <arr> <str>0</str> </arr> <str>material.SemicondMaterial.Nv</str> <arr> <str>1.04E19*(minput.T/(300*unit_K_cf))^1.5/unit_cm_cf^3</str> </arr> <str>material.SemicondMaterial.Nv_symmetry</str> <arr> <str>0</str> </arr> <str>material.SemicondMaterial.Nc</str> <arr> <str>2.8E19*(minput.T/(300*unit_K_cf))^1.5/unit_cm_cf^3</str> </arr> <str>material.SemicondMaterial.Nc_symmetry</str> <arr> <str>0</str> </arr> <str>material.SemicondMaterial.mun</str> <arr> <str>1450*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> </arr> <str>material.SemicondMaterial.mun_symmetry</str> <arr> <str>0</str> </arr> <str>material.SemicondMaterial.mup</str> <arr> <str>500*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> </arr> <str>material.SemicondMaterial.mup_symmetry</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> ]<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>material.JainRoulstonModel.An_jr</str> <arr> <str>8.67E-9*unit_V_cf</str> </arr> <str>material.JainRoulstonModel.An_jr_symmetry</str> <arr> <str>0</str> </arr> <str>material.JainRoulstonModel.Bn_jr</str> <arr> <str>2.57E-7*unit_V_cf</str> </arr> <str>material.JainRoulstonModel.Bn_jr_symmetry</str> <arr> <str>0</str> </arr> <str>material.JainRoulstonModel.Cn_jr</str> <arr> <str>4.31E-12*unit_V_cf</str> </arr> <str>material.JainRoulstonModel.Cn_jr_symmetry</str> <arr> <str>0</str> </arr> <str>material.JainRoulstonModel.Ap_jr</str> <arr> <str>8.21E-9*unit_V_cf</str> </arr> <str>material.JainRoulstonModel.Ap_jr_symmetry</str> <arr> <str>0</str> </arr> <str>material.JainRoulstonModel.Bp_jr</str> <arr> <str>2.9E-7*unit_V_cf</str> </arr> <str>material.JainRoulstonModel.Bp_jr_symmetry</str> <arr> <str>0</str> </arr> <str>material.JainRoulstonModel.Cp_jr</str> <arr> <str>5.77E-12*unit_V_cf</str> </arr> <str>material.JainRoulstonModel.Cp_jr_symmetry</str> <arr> <str>0</str> </arr> <str>material.JainRoulstonModel.Nref_jr</str> <arr> <str>1/unit_cm_cf^3</str> </arr> <str>material.JainRoulstonModel.Nref_jr_symmetry</str> <arr> <str>0</str> </arr> <str>material.JainRoulstonModel.alpha_jr</str> <arr> <str>0.5</str> </arr> <str>material.JainRoulstonModel.alpha_jr_symmetry</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>material.JainRoulstonModel.An_jr</str> <arr> <str>3.5E-8*unit_V_cf</str> </arr> <str>material.JainRoulstonModel.An_jr_symmetry</str> <arr> <str>0</str> </arr> <str>material.JainRoulstonModel.Bn_jr</str> <arr> <str>0</str> </arr> 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<str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> A<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>material.SRH.taun</str> <arr> <str>10*unit_us_cf</str> </arr> <str>material.SRH.taun_symmetry</str> <arr> <str>0</str> </arr> <str>material.SRH.taup</str> <arr> <str>10*unit_us_cf</str> </arr> <str>material.SRH.taup_symmetry</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> A<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>material.SRH.taun</str> <arr> <str>10*unit_us_cf</str> </arr> <str>material.SRH.taun_symmetry</str> <arr> <str>0</str> </arr> <str>material.SRH.taup</str> <arr> <str>10*unit_us_cf</str> </arr> <str>material.SRH.taup_symmetry</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> c<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>material.Auger.Cn</str> <arr> <str>8.0E-32*unit_cm_cf^6/unit_s_cf</str> </arr> <str>material.Auger.Cn_symmetry</str> <arr> <str>0</str> </arr> <str>material.Auger.Cp</str> <arr> <str>2.8E-31*unit_cm_cf^6/unit_s_cf</str> </arr> <str>material.Auger.Cp_symmetry</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> c<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>material.Auger.Cn</str> <arr> <str>2.8E-31*unit_cm_cf^6/unit_s_cf</str> </arr> <str>material.Auger.Cn_symmetry</str> <arr> <str>0</str> </arr> <str>material.Auger.Cp</str> <arr> <str>9.9E-32*unit_cm_cf^6/unit_s_cf</str> </arr> <str>material.Auger.Cp_symmetry</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>material.AroraMobilityModel.mun0_ref_arora</str> <arr> <str>1252*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> </arr> <str>material.AroraMobilityModel.mun0_ref_arora_symmetry</str> <arr> <str>0</str> </arr> <str>material.AroraMobilityModel.mup0_ref_arora</str> <arr> <str>407*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> </arr> <str>material.AroraMobilityModel.mup0_ref_arora_symmetry</str> <arr> <str>0</str> </arr> <str>material.AroraMobilityModel.mun_min_ref_arora</str> <arr> <str>88*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> </arr> <str>material.AroraMobilityModel.mun_min_ref_arora_symmetry</str> <arr> <str>0</str> </arr> <str>material.AroraMobilityModel.mup_min_ref_arora</str> <arr> <str>54.3*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> </arr> <str>material.AroraMobilityModel.mup_min_ref_arora_symmetry</str> <arr> <str>0</str> </arr> <str>material.AroraMobilityModel.Nn0_ref_arora</str> <arr> <str>1.26E17/unit_cm_cf^3</str> </arr> <str>material.AroraMobilityModel.Nn0_ref_arora_symmetry</str> <arr> <str>0</str> </arr> <str>material.AroraMobilityModel.Np0_ref_arora</str> <arr> <str>2.35E17/unit_cm_cf^3</str> </arr> <str>material.AroraMobilityModel.Np0_ref_arora_symmetry</str> <arr> <str>0</str> </arr> <str>material.AroraMobilityModel.alpha0_arora</str> <arr> <str>0.88</str> </arr> <str>material.AroraMobilityModel.alpha0_arora_symmetry</str> <arr> <str>0</str> </arr> <str>material.AroraMobilityModel.beta1_arora</str> <arr> <str>-0.57</str> </arr> <str>material.AroraMobilityModel.beta1_arora_symmetry</str> <arr> <str>0</str> </arr> <str>material.AroraMobilityModel.beta2_arora</str> <arr> <str>-2.33</str> </arr> <str>material.AroraMobilityModel.beta2_arora_symmetry</str> <arr> <str>0</str> </arr> <str>material.AroraMobilityModel.beta3_arora</str> <arr> <str>-2.33</str> </arr> <str>material.AroraMobilityModel.beta3_arora_symmetry</str> <arr> <str>0</str> </arr> <str>material.AroraMobilityModel.beta4_arora</str> <arr> <str>-0.146</str> </arr> <str>material.AroraMobilityModel.beta4_arora_symmetry</str> <arr> <str>0</str> </arr> <str>material.AroraMobilityModel.Tref_arora</str> <arr> <str>300*unit_K_cf</str> </arr> <str>material.AroraMobilityModel.Tref_arora_symmetry</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>material.PowerLawMobilityModel.mun0_pl</str> <arr> <str>1448*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> </arr> <str>material.PowerLawMobilityModel.mun0_pl_symmetry</str> <arr> <str>0</str> </arr> <str>material.PowerLawMobilityModel.mup0_pl</str> <arr> <str>473*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> </arr> <str>material.PowerLawMobilityModel.mup0_pl_symmetry</str> <arr> <str>0</str> </arr> <str>material.PowerLawMobilityModel.alphan_pl</str> <arr> <str>2.33</str> </arr> <str>material.PowerLawMobilityModel.alphan_pl_symmetry</str> <arr> <str>0</str> </arr> <str>material.PowerLawMobilityModel.alphap_pl</str> <arr> <str>2.23</str> </arr> <str>material.PowerLawMobilityModel.alphap_pl_symmetry</str> <arr> <str>0</str> </arr> <str>material.PowerLawMobilityModel.Tref_pl</str> <arr> <str>300*unit_K_cf</str> </arr> <str>material.PowerLawMobilityModel.Tref_pl_symmetry</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>material.Direct.C</str> <arr> <str>0</str> </arr> <str>material.Direct.C_symmetry</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> \<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>material.FletcherMobilityModel.F1_fl</str> <arr> <str>1.04E21/(unit_cm_cf*unit_V_cf*unit_s_cf)</str> </arr> <str>material.FletcherMobilityModel.F1_fl_symmetry</str> <arr> <str>0</str> </arr> <str>material.FletcherMobilityModel.F2_fl</str> <arr> <str>7.45E13/unit_cm_cf^2</str> </arr> <str>material.FletcherMobilityModel.F2_fl_symmetry</str> <arr> <str>0</str> </arr> <str>material.FletcherMobilityModel.Tref_fl</str> <arr> <str>300*unit_K_cf</str> </arr> <str>material.FletcherMobilityModel.Tref_fl_symmetry</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>material.CaugheyThomasMobilityModel.alphan0_ct</str> <arr> <str>1.11</str> </arr> <str>material.CaugheyThomasMobilityModel.alphan0_ct_symmetry</str> <arr> <str>0</str> </arr> 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<str>material.ImpactIonization.cnii</str> <arr> <str>3.05E-4/unit_K_cf</str> </arr> <str>material.ImpactIonization.cnii_symmetry</str> <arr> <str>0</str> </arr> <str>material.ImpactIonization.cpii</str> <arr> <str>5.35E-4/unit_K_cf</str> </arr> <str>material.ImpactIonization.cpii_symmetry</str> <arr> <str>0</str> </arr> <str>material.ImpactIonization.dn</str> <arr> <str>6.86E-4/unit_K_cf</str> </arr> <str>material.ImpactIonization.dn_symmetry</str> <arr> <str>0</str> </arr> <str>material.ImpactIonization.dp</str> <arr> <str>5.67E-4/unit_K_cf</str> </arr> <str>material.ImpactIonization.dp_symmetry</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>material.SlotboomModel.Eref_sb</str> <arr> <str>0.00692*unit_V_cf</str> </arr> <str>material.SlotboomModel.Eref_sb_symmetry</str> <arr> <str>0</str> </arr> <str>material.SlotboomModel.Nref_sb</str> <arr> <str>1.3E17/unit_cm_cf^3</str> </arr> <str>material.SlotboomModel.Nref_sb_symmetry</str> <arr> <str>0</str> </arr> <str>material.SlotboomModel.alpha_sb</str> <arr> <str>0.5</str> </arr> <str>material.SlotboomModel.alpha_sb_symmetry</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> J<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>material.KlaassenUnifiedMobilityModel.T_ref_kl</str> <arr> <str>300*unit_K_cf</str> </arr> <str>material.KlaassenUnifiedMobilityModel.T_ref_kl_symmetry</str> <arr> <str>0</str> </arr> <str>material.KlaassenUnifiedMobilityModel.mu_e_max_kl</str> <arr> <str>1414*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> </arr> <str>material.KlaassenUnifiedMobilityModel.mu_e_max_kl_symmetry</str> <arr> <str>0</str> </arr> <str>material.KlaassenUnifiedMobilityModel.mu_h_max_kl</str> <arr> <str>470.5*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> </arr> <str>material.KlaassenUnifiedMobilityModel.mu_h_max_kl_symmetry</str> <arr> <str>0</str> </arr> <str>material.KlaassenUnifiedMobilityModel.mu_e_min_kl</str> <arr> <str>68.5*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> </arr> <str>material.KlaassenUnifiedMobilityModel.mu_e_min_kl_symmetry</str> <arr> <str>0</str> </arr> <str>material.KlaassenUnifiedMobilityModel.mu_h_min_kl</str> <arr> <str>44.9*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> </arr> <str>material.KlaassenUnifiedMobilityModel.mu_h_min_kl_symmetry</str> <arr> <str>0</str> </arr> <str>material.KlaassenUnifiedMobilityModel.theta_e_kl</str> <arr> <str>2.285</str> </arr> <str>material.KlaassenUnifiedMobilityModel.theta_e_kl_symmetry</str> <arr> <str>0</str> </arr> <str>material.KlaassenUnifiedMobilityModel.theta_h_kl</str> <arr> <str>2.247</str> </arr> <str>material.KlaassenUnifiedMobilityModel.theta_h_kl_symmetry</str> <arr> <str>0</str> </arr> <str>material.KlaassenUnifiedMobilityModel.alpha_e_1_kl</str> <arr> <str>0.711</str> </arr> <str>material.KlaassenUnifiedMobilityModel.alpha_e_1_kl_symmetry</str> <arr> <str>0</str> </arr> <str>material.KlaassenUnifiedMobilityModel.alpha_h_1_kl</str> <arr> <str>0.719</str> </arr> <str>material.KlaassenUnifiedMobilityModel.alpha_h_1_kl_symmetry</str> <arr> <str>0</str> </arr> <str>material.KlaassenUnifiedMobilityModel.N_ref_e_1_kl</str> <arr> <str>9.2E16*unit_cm_cf^(-3)</str> </arr> <str>material.KlaassenUnifiedMobilityModel.N_ref_e_1_kl_symmetry</str> <arr> <str>0</str> </arr> <str>material.KlaassenUnifiedMobilityModel.N_ref_h_1_kl</str> <arr> <str>2.23E17*unit_cm_cf^(-3)</str> </arr> <str>material.KlaassenUnifiedMobilityModel.N_ref_h_1_kl_symmetry</str> <arr> <str>0</str> </arr> 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<str>elscalarop</str> <str>opname</str> <str>comp1.semi.int_adapt</str> <str>method</str> <str>integration</str> <str>intorder</str> <str>4</str> <str>frame</str> <str>spatial</str> <str>axisym</str> <str>off</str> <str>cond</str> <str></str> <str>dynamicsubset</str> <str>off</str> <str>output</str> <str>standard</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elscalarop</str> <str>opname</str> <str>comp1.semi.mc1.int</str> <str>method</str> <str>integration</str> <str>intorder</str> <str>1</str> <str>frame</str> <str>spatial</str> <str>axisym</str> <str>off</str> <str>cond</str> <str></str> <str>dynamicsubset</str> <str>off</str> <str>output</str> <str>standard</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elscalarop</str> <str>opname</str> <str>comp1.semi.mc1.sum</str> <str>method</str> <str>summation</str> <str>nodes</str> <str>all</str> <str>cond</str> <str></str> <str>dynamicsubset</str> <str>off</str> <str>output</str> <str>standard</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elscalarop</str> <str>opname</str> <str>comp1.semi.mc1.ave</str> <str>method</str> <str>integration</str> <str>intorder</str> <str>1</str> <str>frame</str> <str>spatial</str> <str>axisym</str> <str>off</str> <str>cond</str> <str></str> <str>dynamicsubset</str> <str>off</str> <str>output</str> <str>average</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elscalarop</str> <str>opname</str> <str>comp1.semi.mc2.int</str> <str>method</str> <str>integration</str> <str>intorder</str> <str>1</str> <str>frame</str> <str>spatial</str> <str>axisym</str> <str>off</str> <str>cond</str> <str></str> <str>dynamicsubset</str> <str>off</str> <str>output</str> <str>standard</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>ind</str> <arr> <arr> <str>3</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elscalarop</str> <str>opname</str> <str>comp1.semi.mc2.sum</str> <str>method</str> <str>summation</str> <str>nodes</str> <str>all</str> <str>cond</str> <str></str> <str>dynamicsubset</str> <str>off</str> <str>output</str> <str>standard</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>ind</str> <arr> <arr> <str>3</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elscalarop</str> <str>opname</str> <str>comp1.semi.mc2.ave</str> <str>method</str> <str>integration</str> <str>intorder</str> <str>1</str> <str>frame</str> <str>spatial</str> <str>axisym</str> <str>off</str> <str>cond</str> <str></str> <str>dynamicsubset</str> <str>off</str> <str>output</str> <str>average</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>ind</str> <arr> <arr> <str>3</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elscalarop</str> <str>opname</str> <str>comp1.semi.intsemi</str> <str>method</str> <str>integration</str> <str>intorder</str> <str>4</str> <str>frame</str> <str>material</str> <str>axisym</str> <str>off</str> <str>cond</str> <str></str> <str>dynamicsubset</str> <str>off</str> <str>output</str> <str>standard</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elmesh</str> <str>g</str> <arr> <str>0</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>qualname</str> <arr> <str>qualskewness</str> <str>qualmaxangle</str> <str>qual</str> <str>qualvollength</str> <str>qualcondition</str> <str>qualgrowth</str> <str>qualcurvedskewness</str> </arr> <str>sizename</str> <arr> <str>h</str> </arr> <str>sizeinscribedname</str> <arr> <str>hinscribed</str> </arr> <str>dvolname</str> <arr> <str>dvol0</str> </arr> <str>emetric2name</str> <arr> </arr> <str>tremetricname</str> <arr> </arr> <str>emetricinvname</str> <arr> </arr> <str>meshvolname</str> <arr> </arr> <str>detjacname</str> <arr> </arr> <str>reldetjacname</str> <arr> </arr> <str>reldetjacminname</str> <arr> </arr> <str>meshtypename</str> <arr> </arr> <str>meshelemname</str> <arr> </arr> <str>sshape</str> <arr> <arr> <str>vtx</str> <rec> <str>type</str> <str>fixed</str> <str>sorder</str> <str>1</str> </rec> <str>lvtx</str> <rec> <str>type</str> <str>fixed</str> <str>sorder</str> <str>1</str> </rec> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> <str>frame</str> <str>material</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elglobal</str> <str>numberofdofsname</str> <str>numberofdofs</str> <str>istimesteppingname</str> <str>istimestepping</str> </rec> ^<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elmesh</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>qualname</str> <arr> <str>qualskewness</str> <str>qualmaxangle</str> <str>qual</str> <str>qualvollength</str> <str>qualcondition</str> <str>qualgrowth</str> <str>qualcurvedskewness</str> </arr> <str>sizename</str> <arr> <str>h</str> </arr> <str>sizeinscribedname</str> <arr> <str>hinscribed</str> </arr> <str>dvolname</str> <arr> <str>dvol</str> </arr> <str>emetric2name</str> <arr> <str>emetric2</str> </arr> <str>tremetricname</str> <arr> <str>tremetric</str> </arr> <str>emetricinvname</str> <arr> <str>emetricinv</str> </arr> <str>meshvolname</str> <arr> <str>meshvol</str> </arr> <str>detjacname</str> <arr> <str>detjac</str> </arr> <str>reldetjacname</str> <arr> <str>reldetjac</str> </arr> <str>reldetjacminname</str> <arr> <str>reldetjacmin</str> </arr> <str>meshtypename</str> <arr> <str>meshtype</str> </arr> <str>meshelemname</str> <arr> <str>meshelement</str> </arr> <str>sshape</str> <arr> <arr> <str>vtx</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <st `r>0</str> <str>sdimdofs</str> <arr> <str>X</str> </arr> <str>refframe</str> <str>geometry</str> </rec> <str>lvtx</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>X</str> </arr> <str>refframe</str> <str>geometry</str> </rec> <str>ivtx</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>X</str> </arr> <str>refframe</str> <str>geometry</str> </rec> <str>livtx</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>X</str> </arr> <str>refframe</str> <str>geometry</str> </rec> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> </arr> </arr> </rec> <rec> <str>qualname</str> <arr> <str>qualskewness</str> <str>qualmaxangle</str> <str>qual</str> <str>qualvollength</str> <str>qualcondition</str> <str>qualgrowth</str> <str>qualcurvedskewness</str> </arr> <str>sizename</str> <arr> <str>h</str> </arr> <str>sizeinscribedname</str> <arr> <str>hinscribed</str> </arr> <str>dvolname</str> <arr> <str>dvol</str> </arr> <str>emetric2name</str> <arr> <str>emetric2</str> </arr> <str>tremetricname</str> <arr> <str>tremetric</str> </arr> <str>emetricinvname</str> <arr> <str>emetricinv</str> </arr> <str>meshvolname</str> <arr> <str>meshvol</str> </arr> <str>detjacname</str> <arr> <str>detjac</str> </arr> <str>reldetjacname</str> <arr> <str>reldetjac</str> </arr> <str>reldetjacminname</str> <arr> <str>reldetjacmin</str> </arr> <str>meshtypename</str> <arr> <str>meshtype</str> </arr> <str>meshelemname</str> <arr> <str>meshelement</str> </arr> <str>sshape</str> <arr> <arr> <str>edg</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>X</str> </arr> <str>refframe</str> <str>geometry</str> </rec> <str>ledg</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>X</str> </arr> <str>refframe</str> <str>geometry</str> </rec> <str>edg2</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>X</str> </arr> <str>refframe</str> <str>geometry</str> </rec> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>frame</str> <str>material</str> <str>equivmeshframe</str> <str>on</str> <str>derivativeframes</str> <arr> <str>spatial</str> <str>geometry</str> <str>mesh</str> </arr> </rec> e<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> </arr> </arr> <str>var</str> <arr> <str>nXc</str> <str>nXgc</str> <str>nXcTX</str> <str>nXgcTXg</str> </arr> </rec> </arr> </arr> </rec> ~<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elmesh</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>qualname</str> <arr> <str>qualskewness_spatial</str> <str>qualmaxangle_spatial</str> <str>qual_spatial</str> <str>qualvollength_spatial</str> <str>qualcondition_spatial</str> <str>qualgrowth_spatial</str> <str>qualcurvedskewness_spatial</str> </arr> <str>sizename</str> <arr> <str>h_spatial</str> </arr> <str>sizeinscribedname</str> <arr> <str>hinscribed_spatial</str> </arr> <str>dvolname</str> <arr> <str>dvol_spatial</str> </arr> <str>emetric2name</str> <arr> <str>emetric2_spatial</str> </arr> <str>tremetricname</str> <arr> <str>tremetric_spatial</str> </arr> <str>emetricinvname</str> <arr> <str>emetricinv</str> </arr> <str>meshvolname</str> <arr> <str>meshvol_spatial</str> </arr> <str>detjacname</str> <arr> <str>detjac_spatial</str> </arr> <str>reldetjacname</str> <arr> <str>reldetjac_spatial</str> </arr> <str>reldetjacminname</str> <arr> <str>reldetjacmin_spatial</str> </arr> <str>meshtypename</str> <arr> <str>meshtype_spatial</str> </arr> <str>meshelemname</str> <arr> <str>meshelement_spatial</str> </arr> <str>sshape</str> <arr> <arr> <str>vtx</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>x</str> </arr> <str>refframe</str> <str>material</str> </rec> <str>lvtx</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>x</str> </arr> <str>refframe</str> <str>material</str> </rec> <str>ivtx</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>x</str> </arr> <str>refframe</str> <str>material</str> </rec> <str>livtx</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>x</str> </arr> <str>refframe</str> <str>material</str> </rec> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> </arr> </arr> </rec> <rec> <str>qualname</str> <arr> <str>qualskewness_spatial</str> <str>qualmaxangle_spatial</str> <str>qual_spatial</str> <str>qualvollength_spatial</str> <str>qualcondition_spatial</str> <str>qualgrowth_spatial</str> <str>qualcurvedskewness_spatial</str> </arr> <str>sizename</str> <arr> <str>h_spatial</str> </arr> <str>sizeinscribedname</str> <arr> <str>hinscribed_spatial</str> </arr> <str>dvolname</str> <arr> <str>dvol_spatial</str> </arr> <str>emetric2name</str> <arr> <str>emetric2_spatial</str> </arr> <str>tremetricname</str> <arr> <str>tremetric_spatial</str> </arr> <str>emetricinvname</str> <arr> <str>emetricinv</str> </arr> <str>meshvolname</str> <arr> <str>meshvol_spatial</str> </arr> <str>detjacname</str> <arr> <str>detjac_spatial</str> </arr> <str>reldetjacname</str> <arr> <str>reldetjac_spatial</str> </arr> <str>reldetjacminname</str> <arr> <str>reldetjacmin_spatial</str> </arr> <str>meshtypename</str> <arr> <str>meshtype_spatial</str> </arr> <str>meshelemname</str> <arr> <str>meshelement_spatial</str> </arr> <str>sshape</str> <arr> <arr> <str>edg</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>x</str> </arr> <str>refframe</str> <str>material</str> </rec> <str>ledg</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>x</str> </arr> <str>refframe</str> <str>material</str> </rec> <str>edg2</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>x</str> </arr> <str>refframe</str> <str>material</str> </rec> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>frame</str> <str>spatial</str> <str>equivmeshframe</str> <str>on</str> <str>derivativeframes</str> <arr> <str>material</str> <str>geometry</str> <str>mesh</str> </arr> </rec> b<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> </arr> </arr> <str>var</str> <arr> <str>nxc</str> <str>nXc</str> <str>nxcTx</str> <str>nXcTX</str> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elmesh</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>qualname</str> <arr> <str>qualskewness_geometry</str> <str>qualmaxangle_geometry</str> <str>qual_geometry</str> <str>qualvollength_geometry</str> <str>qualcondition_geometry</str> <str>qualgrowth_geometry</str> <str>qualcurvedskewness_geometry</str> </arr> <str>sizename</str> <arr> <str>h_geometry</str> </arr> <str>sizeinscribedname</str> <arr> <str>hinscribed_geometry</str> </arr> <str>dvolname</str> <arr> <str>dvol_geometry</str> </arr> <str>emetric2name</str> <arr> <str>emetric2_geometry</str> </arr> <str>tremetricname</str> <arr> <str>tremetric_geometry</str> </arr> <str>emetricinvname</str> <arr> <str>emetricinv</str> </arr> <str>meshvolname</str> <arr> <str>meshvol_geometry</str> </arr> <str>detjacname</str> <arr> <str>detjac_geometry</str> </arr> <str>reldetjacname</str> <arr> <str>reldetjac_geometry</str> </arr> <str>reldetjacminname</str> <arr> <str>reldetjacmin_geometry</str> </arr> <str>meshtypename</str> <arr> <str>meshtype_geometry</str> </arr> <str>meshelemname</str> <arr> <str>meshelement_geometry</str> </arr> <str>sshape</str> <arr> <arr> <str>vtx</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>Xg</str> </arr> <str>refframe</str> <str>mesh</str> </rec> <str>lvtx</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>Xg</str> </arr> <str>refframe</str> <str>mesh</str> </rec> <str>ivtx</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>Xg</str> </arr> <str>refframe</str> <str>mesh</str> </rec> <str>livtx</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>Xg</str> </arr> <str>refframe</str> <str>mesh</str> </rec> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> </arr> </arr> </rec> <rec> <str>qualname</str> <arr> <str>qualskewness_geometry</str> <str>qualmaxangle_geometry</str> <str>qual_geometry</str> <str>qualvollength_geometry</str> <str>qualcondition_geometry</str> <str>qualgrowth_geometry</str> <str>qualcurvedskewness_geometry</str> </arr> <str>sizename</str> <arr> <str>h_geometry</str> </arr> <str>sizeinscribedname</str> <arr> <str>hinscribed_geometry</str> </arr> <str>dvolname</str> <arr> <str>dvol_geometry</str> </arr> <str>emetric2name</str> <arr> <str>emetric2_geometry</str> </arr> <str>tremetricname</str> <arr> <str>tremetric_geometry</str> </arr> <str>emetricinvname</str> <arr> <str>emetricinv</str> </arr> <str>meshvolname</str> <arr> <str>meshvol_geometry</str> </arr> <str>detjacname</str> <arr> <str>detjac_geometry</str> </arr> <str>reldetjacname</str> <arr> <str>reldetjac_geometry</str> </arr> <str>reldetjacminname</str> <arr> <str>reldetjacmin_geometry</str> </arr> <str>meshtypename</str> <arr> < `str>meshtype_geometry</str> </arr> <str>meshelemname</str> <arr> <str>meshelement_geometry</str> </arr> <str>sshape</str> <arr> <arr> <str>edg</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>Xg</str> </arr> <str>refframe</str> <str>mesh</str> </rec> <str>ledg</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>Xg</str> </arr> <str>refframe</str> <str>mesh</str> </rec> <str>edg2</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>Xg</str> </arr> <str>refframe</str> <str>mesh</str> </rec> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>frame</str> <str>geometry</str> <str>equivmeshframe</str> <str>on</str> <str>derivativeframes</str> <arr> <str>material</str> <str>spatial</str> <str>mesh</str> </arr> </rec> h<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> </arr> </arr> <str>var</str> <arr> <str>nXgc</str> <str>nXmc</str> <str>nXgcTXg</str> <str>nXmcTXm</str> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elmesh</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>qualname</str> <arr> <str>qualskewness_mesh</str> <str>qualmaxangle_mesh</str> <str>qual_mesh</str> <str>qualvollength_mesh</str> <str>qualcondition_mesh</str> <str>qualgrowth_mesh</str> <str>qualcurvedskewness_mesh</str> </arr> <str>sizename</str> <arr> <str>h_mesh</str> </arr> <str>sizeinscribedname</str> <arr> <str>hinscribed_mesh</str> </arr> <str>dvolname</str> <arr> <str>dvol_mesh</str> </arr> <str>emetric2name</str> <arr> <str>emetric2_mesh</str> </arr> <str>tremetricname</str> <arr> <str>tremetric_mesh</str> </arr> <str>emetricinvname</str> <arr> <str>emetricinv</str> </arr> <str>meshvolname</str> <arr> <str>meshvol_mesh</str> </arr> <str>detjacname</str> <arr> <str>detjac_mesh</str> </arr> <str>reldetjacname</str> <arr> <str>reldetjac_mesh</str> </arr> <str>reldetjacminname</str> <arr> <str>reldetjacmin_mesh</str> </arr> <str>meshtypename</str> <arr> <str>meshtype_mesh</str> </arr> <str>meshelemname</str> <arr> <str>meshelement_mesh</str> </arr> <str>sshape</str> <arr> <arr> <str>vtx</str> <rec> <str>type</str> <str>fixed</str> <str>sorder</str> <str>1</str> <str>sdimdofs</str> <arr> <str>Xm$1</str> </arr> </rec> <str>lvtx</str> <rec> <str>type</str> <str>fixed</str> <str>sorder</str> <str>1</str> <str>sdimdofs</str> <arr> <str>Xm$1</str> </arr> </rec> <str>ivtx</str> <rec> <str>type</str> <str>fixed</str> <str>sorder</str> <str>1</str> <str>sdimdofs</str> <arr> <str>Xm$1</str> </arr> </rec> <str>livtx</str> <rec> <str>type</str> <str>fixed</str> <str>sorder</str> <str>1</str> <str>sdimdofs</str> <arr> <str>Xm$1</str> </arr> </rec> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> </arr> </arr> </rec> <rec> <str>qualname</str> <arr> <str>qualskewness_mesh</str> <str>qualmaxangle_mesh</str> <str>qual_mesh</str> <str>qualvollength_mesh</str> <str>qualcondition_mesh</str> <str>qualgrowth_mesh</str> <str>qualcurvedskewness_mesh</str> </arr> <str>sizename</str> <arr> <str>h_mesh</str> </arr> <str>sizeinscribedname</str> <arr> <str>hinscribed_mesh</str> </arr> <str>dvolname</str> <arr> <str>dvol_mesh</str> </arr> <str>emetric2name</str> <arr> <str>emetric2_mesh</str> </arr> <str>tremetricname</str> <arr> <str>tremetric_mesh</str> </arr> <str>emetricinvname</str> <arr> <str>emetricinv</str> </arr> <str>meshvolname</str> <arr> <str>meshvol_mesh</str> </arr> <str>detjacname</str> <arr> <str>detjac_mesh</str> </arr> <str>reldetjacname</str> <arr> <str>reldetjac_mesh</str> </arr> <str>reldetjacminname</str> <arr> <str>reldetjacmin_mesh</str> </arr> <str>meshtypename</str> <arr> <str>meshtype_mesh</str> </arr> <str>meshelemname</str> <arr> <str>meshelement_mesh</str> </arr> <str>sshape</str> <arr> <arr> <str>edg</str> <rec> <str>type</str> <str>fixed</str> <str>sorder</str> <str>1</str> <str>sdimdofs</str> <arr> <str>Xm$1</str> </arr> </rec> <str>ledg</str> <rec> <str>type</str> <str>fixed</str> <str>sorder</str> <str>1</str> <str>sdimdofs</str> <arr> <str>Xm$1</str> </arr> </rec> <str>edg2</str> <rec> <str>type</str> <str>fixed</str> <str>sorder</str> <str>1</str> <str>sdimdofs</str> <arr> <str>Xm$1</str> </arr> </rec> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>frame</str> <str>mesh</str> <str>equivmeshframe</str> <str>on</str> <str>derivativeframes</str> <arr> <str>material</str> <str>spatial</str> <str>geometry</str> </arr> <str>definelocalcoord</str> <str>on</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elcontshapevar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> </arr> </arr> <str>var</str> <arr> <str>nXmc</str> <arr> <str>nXmmesh</str> </arr> </arr> </rec> </arr> </arr> <str>lagorder</str> <str>1</str> <str>frame</str> <str>mesh</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elgeom</str> <str>g</str> <arr> <str>1</str> </arr> <str>frame</str> <str>mesh</str> <str>sorder</str> <str>1</str> <str>shapetype</str> <str>shlag</str> <str>method</str> <str>Lenoir</str> </rec> $<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>all_obj_contrib</str> <str>0</str> <str>all_obj_contrib_nolsq</str> <str>0</str> <str>all_obj_sum</str> <str>0</str> <str>all_obj_min</str> <str>Inf</str> <str>all_obj_max</str> <str>-Inf</str> <str>all_obj_scaled_contrib</str> <str>0</str> <str>all_obj_scaled_contrib_nolsq</str> <str>0</str> <str>all_obj_scaled_sum</str> <str>0</str> <str>all_obj_scaled_min</str> <str>Inf</str> <str>all_obj_scaled_max</str> <str>-Inf</str> </arr> </rec> s<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elsvdpolar</str> <str>matdim</str> <str>3</str> <str>rotation</str> <arr> <str>comp1.spatial.R11</str> <str>comp1.spatial.R21</str> <str>comp1.spatial.R31</str> <str>comp1.spatial.R12</str> <str>comp1.spatial.R22</str> <str>comp1.spatial.R32</str> <str>comp1.spatial.R13</str> <str>comp1.spatial.R23</str> <str>comp1.spatial.R33</str> </arr> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>input</str> <arr> <arr> <str>comp1.spatial.F11</str> <str>comp1.spatial.F21</str> <str>comp1.spatial.F31</str> <str>comp1.spatial.F12</str> <str>comp1.spatial.F22</str> <str>comp1.spatial.F32</str> <str>comp1.spatial.F13</str> <str>comp1.spatial.F23</str> <str>comp1.spatial.F33</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elsvdpolar</str> <str>matdim</str> <str>3</str> <str>rotation</str> <arr> <str>comp1.spatial.R11</str> <str>comp1.spatial.R21</str> <str>comp1.spatial.R31</str> <str>comp1.spatial.R12</str> <str>comp1.spatial.R22</str> <str>comp1.spatial.R32</str> <str>comp1.spatial.R13</str> <str>comp1.spatial.R23</str> <str>comp1.spatial.R33</str> </arr> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>input</str> <arr> <arr> <str>comp1.spatial.F11</str> <str>comp1.spatial.F21</str> <str>comp1.spatial.F31</str> <str>comp1.spatial.F12</str> <str>comp1.spatial.F22</str> <str>comp1.spatial.F32</str> <str>comp1.spatial.F13</str> <str>comp1.spatial.F23</str> <str>comp1.spatial.F33</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elsvdpolar</str> <str>matdim</str> <str>3</str> <str>rotation</str> <arr> <str>comp1.spatial.invR11</str> <str>comp1.spatial.invR21</str> <str>comp1.spatial.invR31</str> <str>comp1.spatial.invR12</str> <str>comp1.spatial.invR22</str> <str>comp1.spatial.invR32</str> <str>comp1.spatial.invR13</str> <str>comp1.spatial.invR23</str> <str>comp1.spatial.invR33</str> </arr> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>input</str> <arr> <arr> <str>comp1.spatial.invF11</str> <str>comp1.spatial.invF21</str> <str>comp1.spatial.invF31</str> <str>comp1.spatial.invF12</str> <str>comp1.spatial.invF22</str> <str>comp1.spatial.invF32</str> <str>comp1.spatial.invF13</str> <str>comp1.spatial.invF23</str> <str>comp1.spatial.invF33</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elsvdpolar</str> <str>matdim</str> <str>3</str> <str>rotation</str> <arr> <str>comp1.spatial.invR11</str> <str>comp1.spatial.invR21</str> <str>comp1.spatial.invR31</str> <str>comp1.spatial.invR12</str> <str>comp1.spatial.invR22</str> <str>comp1.spatial.invR32</str> <str>comp1.spatial.invR13</str> <str>comp1.spatial.invR23</str> <str>comp1.spatial.invR33</str> </arr> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>input</str> <arr> <arr> <str>comp1.spatial.invF11</str> <str>comp1.spatial.invF21</str> <str>comp1.spatial.invF31</str> <str>comp1.spatial.invF12</str> <str>comp1.spatial.invF22</str> <str>comp1.spatial.invF32</str> <str>comp1.spatial.invF13</str> <str>comp1.spatial.invF23</str> <str>comp1.spatial.invF33</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> W<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <str>comp1.semi.D</str> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.D</str> <str>flux</str> <arr> <str>comp1.semi.Dcd</str> </arr> <str>ind</str> <arr> <arr> <str>4</str> <str>5</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.D</str> <str>fluxdown</str> <arr> <str>comp1.semi.D_bnd_down</str> </arr> <str>ind</str> <arr> <arr> <str>3</str> </arr> </arr> </rec> </arr> </arr> </rec> |<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.D</str> <str>fluxup</str> <arr> <str>-comp1.semi.D_bnd_up</str> </arr> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.D</str> <str>fluxdown</str> <arr> <str>comp1.semi.D_bnd_down</str> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> |<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.D</str> <str>fluxup</str> <arr> <str>-comp1.semi.D_bnd_up</str> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdiscvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.V_N</str> <str>expr</str> <arr> <str>(comp1.semi.epsilonr_down*comp1.semi.dc_up*down(comp1.V)+comp1.semi.epsilonr_up*comp1.semi.dc_down*up(comp1.V))/comp1.semi.E_cd_denom_num</str> <str>comp1.semi.nV</str> <str>comp1.semi.nV</str> </arr> <str>ind</str> <arr> <arr> <str>4</str> <str>5</str> </arr> <arr> <str>2</str> </arr> <arr> <str>1</str> <str>3</str> </arr> </arr> </rec> <rec> <str>var</str> <str>comp1.semi.V_N</str> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> `<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <str>comp1.semi.Jn_th_post</str> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jn_th_post</str> <str>flux</str> <arr> <str>comp1.semi.Jn_th_post_mesh</str> </arr> <str>ind</str> <arr> <arr> <str>4</str> <str>5</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jn_th_post</str> <str>fluxdown</str> <arr> <str>comp1.semi.Jn_th_post_ext_down</str> </arr> <str>ind</str> <arr> <arr> <str>3</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jn_th_post</str> <str>fluxup</str> <arr> <str>comp1.semi.Jn_th_post_ext_up</str> </arr> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jn_th_post</str> <str>fluxdown</str> <arr> <str>comp1.semi.Jn_th_post_int_down</str> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jn_th_post</str> <str>fluxup</str> <arr> <str>comp1.semi.Jn_th_post_int_up</str> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> `<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <str>comp1.semi.Jp_th_post</str> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jp_th_post</str> <str>flux</str> <arr> <str>comp1.semi.Jp_th_post_mesh</str> </arr> <str>ind</str> <arr> <arr> <str>4</str> <str>5</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jp_th_post</str> <str>fluxdown</str> <arr> <str>comp1.semi.Jp_th_post_ext_down</str> </arr> <str>ind</str> <arr> <arr> <str>3</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jp_th_post</str> <str>fluxup</str> <arr> <str>comp1.semi.Jp_th_post_ext_up</str> </arr> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jp_th_post</str> <str>fluxdown</str> <arr> <str>comp1.semi.Jp_th_post_int_down</str> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jp_th_post</str> <str>fluxup</str> <arr> <str>comp1.semi.Jp_th_post_int_up</str> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> c<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <str>comp1.semi.Jn_drift_post</str> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jn_drift_post</str> <str>flux</str> <arr> <str>comp1.semi.Jn_drift_post_mesh</str> </arr> <str>ind</str> <arr> <arr> <str>4</str> <str>5</str> </arr> ` </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jn_drift_post</str> <str>fluxdown</str> <arr> <str>comp1.semi.Jn_drift_post_ext_down</str> </arr> <str>ind</str> <arr> <arr> <str>3</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jn_drift_post</str> <str>fluxup</str> <arr> <str>comp1.semi.Jn_drift_post_ext_up</str> </arr> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jn_drift_post</str> <str>fluxdown</str> <arr> <str>comp1.semi.Jn_drift_post_int_down</str> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jn_drift_post</str> <str>fluxup</str> <arr> <str>comp1.semi.Jn_drift_post_int_up</str> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> c<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <str>comp1.semi.Jp_drift_post</str> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jp_drift_post</str> <str>flux</str> <arr> <str>comp1.semi.Jp_drift_post_mesh</str> </arr> <str>ind</str> <arr> <arr> <str>4</str> <str>5</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jp_drift_post</str> <str>fluxdown</str> <arr> <str>comp1.semi.Jp_drift_post_ext_down</str> </arr> <str>ind</str> <arr> <arr> <str>3</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jp_drift_post</str> <str>fluxup</str> <arr> <str>comp1.semi.Jp_drift_post_ext_up</str> </arr> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jp_drift_post</str> <str>fluxdown</str> <arr> <str>comp1.semi.Jp_drift_post_int_down</str> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jp_drift_post</str> <str>fluxup</str> <arr> <str>comp1.semi.Jp_drift_post_int_up</str> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> b<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <str>comp1.semi.Jn_diff_post</str> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jn_diff_post</str> <str>flux</str> <arr> <str>comp1.semi.Jn_diff_post_mesh</str> </arr> <str>ind</str> <arr> <arr> <str>4</str> <str>5</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jn_diff_post</str> <str>fluxdown</str> <arr> <str>comp1.semi.Jn_diff_post_ext_down</str> </arr> <str>ind</str> <arr> <arr> <str>3</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jn_diff_post</str> <str>fluxup</str> <arr> <str>comp1.semi.Jn_diff_post_ext_up</str> </arr> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jn_diff_post</str> <str>fluxdown</str> <arr> <str>comp1.semi.Jn_diff_post_int_down</str> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jn_diff_post</str> <str>fluxup</str> <arr> <str>comp1.semi.Jn_diff_post_int_up</str> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> b<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <str>comp1.semi.Jp_diff_post</str> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jp_diff_post</str> <str>flux</str> <arr> <str>comp1.semi.Jp_diff_post_mesh</str> </arr> <str>ind</str> <arr> <arr> <str>4</str> <str>5</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jp_diff_post</str> <str>fluxdown</str> <arr> <str>comp1.semi.Jp_diff_post_ext_down</str> </arr> <str>ind</str> <arr> <arr> <str>3</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jp_diff_post</str> <str>fluxup</str> <arr> <str>comp1.semi.Jp_diff_post_ext_up</str> </arr> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jp_diff_post</str> <str>fluxdown</str> <arr> <str>comp1.semi.Jp_diff_post_int_down</str> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jp_diff_post</str> <str>fluxup</str> <arr> <str>comp1.semi.Jp_diff_post_int_up</str> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> ]<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <str>comp1.semi.Jn_post</str> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jn_post</str> <str>flux</str> <arr> <str>comp1.semi.Jn_post_mesh</str> </arr> <str>ind</str> <arr> <arr> <str>4</str> <str>5</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jn_post</str> <str>fluxdown</str> <arr> <str>comp1.semi.Jn_post_ext_down</str> </arr> <str>ind</str> <arr> <arr> <str>3</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jn_post</str> <str>fluxup</str> <arr> <str>comp1.semi.Jn_post_ext_up</str> </arr> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jn_post</str> <str>fluxdown</str> <arr> <str>comp1.semi.Jn_post_int_down</str> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jn_post</str> <str>fluxup</str> <arr> <str>comp1.semi.Jn_post_int_up</str> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> ]<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <str>comp1.semi.Jp_post</str> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jp_post</str> <str>flux</str> <arr> <str>comp1.semi.Jp_post_mesh</str> </arr> <str>ind</str> <arr> <arr> <str>4</str> <str>5</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jp_post</str> <str>fluxdown</str> <arr> <str>comp1.semi.Jp_post_ext_down</str> </arr> <str>ind</str> <arr> <arr> <str>3</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jp_post</str> <str>fluxup</str> <arr> <str>comp1.semi.Jp_post_ext_up</str> </arr> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jp_post</str> <str>fluxdown</str> <arr> <str>comp1.semi.Jp_post_int_down</str> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jp_post</str> <str>fluxup</str> <arr> <str>comp1.semi.Jp_post_int_up</str> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elmatent</str> <str>name</str> <str>material.entity</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>ind</str> <arr> <arr> <str>1</str> </arr> <arr> <str>2</str> </arr> <arr> <str>3</str> </arr> <arr> </arr> <arr> </arr> <arr> </arr> </arr> <str>slit</str> <arr> <str>2</str> <str>1</str> <str>3</str> </arr> </rec> <rec> <str>ind</str> <arr> <arr> <str>1</str> </arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> s<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshape</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> <str>use</str> <arr> <str></str> </arr> <str>shelem</str> <rec> <str>default</str> <arr> <arr> <str>shdisc</str> <rec> <str>basename</str> <str>comp1.V</str> <str>mdim</str> <str>1</str> <str>order</str> <str>0</str> <str>frame</str> <arr> <str>material</str> <str>mesh</str> <str>geometry</str> <str>spatial</str> </arr> <str>declare</str> <arr> <str>true</str> <str>false</str> <str>false</str> <str>false</str> </arr> <str>valuetype</str> <str>complex</str> </rec> </arr> </arr> <str>case</str> <arr> </arr> <str>mind</str> <arr> </arr> </rec> </rec> </arr> </arr> <str>tvars</str> <str>on</str> <str>implicitbmtypes</str> <str>on</str> </rec> t<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshape</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> <str>use</str> <arr> <str></str> </arr> <str>shelem</str> <rec> <str>default</str> <arr> <arr> <str>shdisc</str> <rec> <str>basename</str> <str>comp1.Ne</str> <str>mdim</str> <str>1</str> <str>order</str> <str>0</str> <str>frame</str> <arr> <str>material</str> <str>mesh</str> <str>geometry</str> <str>spatial</str> </arr> <str>declare</str> <arr> <str>true</str> <str>false</str> <str>false</str> <str>false</str> </arr> <str>valuetype</str> <str>complex</str> </rec> </arr> </arr> <str>case</str> <arr> </arr> <str>mind</str> <arr> </arr> </rec> </rec> </arr> </arr> <str>tvars</str> <str>on</str> <str>implicitbmtypes</str> <str>on</str> </rec> t<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshape</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> <str>use</str> <arr> <str></str> </arr> <str>shelem</str> <rec> <str>default</str> <arr> <arr> <str>shdisc</str> <rec> <str>basename</str> <str>comp1.Ph</str> <str>mdim</str> <str>1</str> <str>order</str> <str>0</str> <str>frame</str> <arr> <str>material</str> <str>mesh</str> <str>geometry</str> <str>spatial</str> </arr> <str>declare</str> <arr> <str>true</str> <str>false</str> <str>false</str> <str>false</str> </arr> <str>valuetype</str> <str>complex</str> </rec> </arr> </arr> <str>case</str> <arr> </arr> <str>mind</str> <arr> </arr> </rec> </rec> </arr> </arr> <str>tvars</str> <str>on</str> <str>implicitbmtypes</str> <str>on</str> </rec> _<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elgpspec</str> <str>g</str> <arr> <str>1</str> </arr> <str>geom</str> <arr> <rec> <str>ep</str> <rec> <str>default</str> <arr> <str>0</str> <str>0</str> <str>0</str> <str>0</str> <str>0</str> </arr> <str>case</str> <arr> </arr> <str>mind</str> <arr> </arr> </rec> </rec> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>eleqw</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>coeff</str> <arr> <arr> <str>comp1.semi.nD*test(comp1.V)*comp1.semi.d</str> </arr> </arr> <str>ipoints</str> <arr> <arr> <str>1</str> </arr> </arr> <str>dvolname</str> <arr> <arr> <str>dvol</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> <str>assemcase</str> <str>0</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>eleqw</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>coeff</str> <arr> <arr> <str>comp1.semi.nD*test(comp1.V)*comp1.semi.d</str> </arr> </arr> <str>ipoints</str> <arr> <arr> <str>1</str> </arr> </arr> <str>dvolname</str> <arr> <arr> <str>dvol</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>3</str> </arr> </arr> </rec> </arr> </arr> <str>assemcase</str> <str>0</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>eleqw</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>coeff</str> <arr> <arr> <str>comp1.semi.Dcd*test(down(comp1.V)-up(comp1.V))*comp1.semi.d</str> </arr> </arr> <str>ipoints</str> <arr> <arr> <str>1</str> </arr> </arr> <str>dvolname</str> <arr> <arr> <str>dvol</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>4</str> <str>5</str> </a `rr> </arr> </rec> </arr> </arr> <str>assemcase</str> <str>0</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>eleqw</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>coeff</str> <arr> <arr> <str>(comp1.semi.D_bnd_up*test(up(comp1.V))+comp1.semi.D_bnd_down*test(down(comp1.V)))*comp1.semi.d</str> </arr> </arr> <str>ipoints</str> <arr> <arr> <str>1</str> </arr> </arr> <str>dvolname</str> <arr> <arr> <str>dvol</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>assemcase</str> <str>0</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>eleqw</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>coeff</str> <arr> <arr> <str>-test(comp1.V)*circumcenter(comp1.semi.rho)*comp1.semi.d</str> <str>e_const*d(comp1.semi.N,t)*test(comp1.Ne)*comp1.semi.d</str> <str>-e_const*d(comp1.semi.P,t)*test(comp1.Ph)*comp1.semi.d</str> <str>(comp1.semi.Nc*comp1.semi.gamma_n*exp((comp1.semi.Ef_0-comp1.semi.Ec)/comp1.semi.Vth)-comp1.semi.N)*test(comp1.Ne)</str> <str>(comp1.semi.Nv*comp1.semi.gamma_p*exp((comp1.semi.Ev-comp1.semi.Ef_0)/comp1.semi.Vth)-comp1.semi.P)*test(comp1.Ph)</str> </arr> </arr> <str>ipoints</str> <arr> <arr> <str>1</str> <str>1</str> <str>1</str> <str>1</str> <str>1</str> </arr> </arr> <str>dvolname</str> <arr> <arr> <str>dvol</str> <str>dvol</str> <str>dvol</str> <str>dvol</str> <str>dvol</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>assemcase</str> <str>0</str> </rec> Z<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elemaux</str> <str>elevent</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>unit_s_cf</str> <str>1</str> <str>unit_rad_cf</str> <str>1</str> <str>unit_K_cf</str> <str>1</str> <str>unit_J_cf</str> <str>1</str> <str>unit_m_cf</str> <str>1</str> <str>unit_C_cf</str> <str>1</str> <str>unit_atm_cf</str> <str>101325</str> <str>unit_kg_cf</str> <str>1</str> <str>unit_mol_cf</str> <str>1</str> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>unit_V_cf</str> <str>1</str> </arr> </rec> -<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>unit_us_cf</str> <str>1.0E-6</str> <str>unit_um_cf</str> <str>1.0E-6</str> <str>unit_W_cf</str> <str>1</str> <str>unit_cm_cf</str> <str>0.01</str> <str>unit_A_cf</str> <str>1</str> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elinline</str> <str>name</str> <str>sqrteps</str> <str>args</str> <arr> <str>sqrteps__x__internalArgument</str> </arr> <str>expr</str> <str>sqrt(sqrteps__x__internalArgument)</str> <str>dexpr</str> <arr> <str>0.5/sqrt(sqrteps__x__internalArgument+eps)</str> </arr> <str>complex</str> <str>false</str> <str>linear</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elinline</str> <str>name</str> <str>poweps</str> <str>args</str> <arr> <str>poweps__x__internalArgument</str> <str>poweps__n__internalArgument</str> </arr> <str>expr</str> <str>poweps__x__internalArgument^poweps__n__internalArgument</str> <str>dexpr</str> <arr> <str>if(poweps__n__internalArgument&lt;1, poweps__n__internalArgument*(poweps__x__internalArgument+eps)^(-1+poweps__n__internalArgument), poweps__n__internalArgument*poweps__x__internalArgument^(-1+poweps__n__internalArgument))</str> <str>log(poweps__x__internalArgument)*poweps__x__internalArgument^poweps__n__internalArgument</str> </arr> <str>complex</str> <str>false</str> <str>linear</str> <str>false</str> </rec> XW!comp1.Vcomp1.Necomp1.Phcomp1.Vcomp1.Necomp1.Phcomp1.Necomp1.Phcomp1.V?ls(0)ư>ls(1)d  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcd???comp1.Ne?comp1.Ph?comp1.V? comp1.semi.D comp1.semi.D?comp1.semi.Jn_diff_postcomp1.semi.Jn_diff_post?comp1.semi.Jn_drift_postcomp1.semi.Jn_drift_post?comp1.semi.Jn_postcomp1.semi.Jn_post?comp1.semi.Jn_th_postcomp1.semi.Jn_th_post?comp1.semi.Jp_diff_postcomp1.semi.Jp_diff_post?comp1.semi.Jp_drift_postcomp1.semi.Jp_drift_post?comp1.semi.Jp_postcomp1.semi.Jp_post?comp1.semi.Jp_th_postcomp1.semi.Jp_th_post?comp1.semi.V_Ncomp1.semi.V_N? comp1.Necomp1.Phcomp1.V comp1.semi.Dcomp1.semi.Jn_diff_postcomp1.semi.Jn_drift_postcomp1.semi.Jn_postcomp1.semi.Jn_th_postcomp1.semi.Jp_diff_postcomp1.semi.Jp_drift_postcomp1.semi.Jp_postcomp1.semi.Jp_th_postcomp1.semi.V_N  dd  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcd !$'*-0369<?BEHKNQTWZ]`cfilorux{~  #&)d "%(+.147:=@CFILORUX[^adgjmpsvy|  !$'*d  #&),/258;>ADGJMPSVY\_behknqtwz}  "%(+d !%)-159=AEIMQUY]aeimquy}  !%)-159=AEIMQUY]aeimquy}  d  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcd  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcd e)?Uk1G]s #9Oe{+AWm3I_u%;Qg}-CYo 5Kaw'=Sie+AWm3I_u%;Qg}-CYo 5Kaw'=Si/E[q !7Mcy)?Uke-CYo 5Kaw'=Si/E[q !7Mcy)?Uk1G]s #9Oe{+AWme/E[q !7Mcy)?Uk1G]s #9Oe{+AWm3I_u%;Qg}-CYoe 1G]s #9Oe{+AWm3I_u%;Qg}-CYo 5Kaw'=Si/E[qe 3I_u%;Qg}-CYo 5Kaw'=Si/E[q !7Mcy)?Uk1G]se 5Kaw'=Si/E[q !7Mcy)?Uk1G]s #9Oe{+AWm3I_ue!7Mcy)?Uk1G]s #9Oe{+AWm3I_u%;Qg}-CYo 5Kawe#9Oe{+AWm3I_u%;Qg}-CYo 5Kaw'=Si/E[q !7Mcy e "&*.26:>BFJNRVZ^bfjnrvz~ "&*.26:>BFJNRVZ^bfjnrvz~ d  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcddefghijklmnopqrstuvwxyz{|}~%;Qg}-CYo 5Kaw'=Si/E[q !7Mcy)?Uk1G]s #9Oe{'=Si/E[q !7Mcy)?Uk1G]s #9Oe{+AWm3I_u%;Qg} #'+/37;?CGKOSW[_cgkosw{ #'+/37;?CGKOSW[_cgkosw{  $(,048<@DHLPTX\`dhlptx|  $(,048<@DHLPTX\`dhlptx|ư>ls(1)ddefghijklmnopqrstuvwxyz{|}~d???comp1.Ne?comp1.Ph?comp1.V? comp1.semi.D comp1.semi.D?comp1.semi.Jn_diff_postcomp1.semi.Jn_diff_post?comp1.semi.Jn_drift_postcomp1.semi.Jn_drift_post?comp1.semi.Jn_postcomp1.semi.Jn_post?comp1.semi.Jn_th_postcomp1.semi.Jn_th_post?comp1.semi.Jp_diff_postcomp1.semi.Jp_diff_post?comp1.semi.Jp_drift_postcomp1.semi.Jp_drift_post?comp1.semi.Jp_postcomp1.semi.Jp_post?comp1.semi.Jp_th_postcomp1.semi.Jp_th_post?comp1.semi.V_Ncomp1.semi.V_N? comp1.Necomp1.Phcomp1.V comp1.semi.Dcomp1.semi.Jn_diff_postcomp1.semi.Jn_drift_postcomp1.semi.Jn_postcomp1.semi.Jn_th_postcomp1.semi.Jp_diff_postcomp1.semi.Jp_drift_postcomp1.semi.Jp_postcomp1.semi.Jp_th_postcomp1.semi.V_N  dd  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcd,/258;>ADGJMPSVY\_behknqtwz}  "%(+.147:=@CFILORUd-0369<?BEHKNQTWZ]`cfilorux{~  #&),/258;>ADGJMPSVd.147:=@CFILORUX[^adgjmpsvy|  !$'*-0369<?BEHKNQTWd  !%)-159=AEIMQUY]aeimquy}    d  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcd  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcd e  , B X n   4 J ` v  & < R h ~   . D Z p 6 L b x (>Tj0F\r "8Ndz*Ae  . D Z p 6 L b x  ( > T j   0 F \ r " 8 N d z *@Vl2H^t$:Pf|,Ce  0 F \ r " 8 N d z  * @ V l   2 H ^ t  $ : P f | ,BXn4J`v&<Rh~.Ee  2 H ^ t  $ : P f |  , B X n   4 J ` v  & < R h ~ .DZp  6Lbx(>Tj0Ge  4 J ` v  & < R h ~   . D Z p 6 L b x  ( > T j 0F\r "8Ndz*@Vl2Ie 6 L b x  ( > T j   0 F \ r " 8 N d z  * @ V l 2H^t$:Pf|,BXn4Ke " 8 N d z  * @ V l   2 H ^ t  $ : P f |  , B X n 4J`v&<Rh~.DZp  6Me $ : P f |  , B X n   4 J ` v  & < R h ~   . D Z p  6Lbx(>Tj0F\r "8Oe & < R h ~   . D Z p 6 L b x  ( > T j   0 F \ r "8Ndz*@Vl2H^t$:Q e "&*.26:>BFJNRVZ^bfjnrvz~  d  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcddefghijklmnopqrstuvwxyz{|}~ ( > T j   0 F \ r " 8 N d z  * @ V l   2 H ^ t $:Pf|,BXn4J`v&<S * @ V l   2 H ^ t  $ : P f |  , B X n   4 J ` v &<Rh~.DZp  6Lbx(>U #'+/37;?CGKOSW[_cgkosw{   $(,048<@DHLPTX\`dhlptx|  ư>ls(0)nXmc@ElContShapeVarnXmc@ElContShapeVarư>ls(0)nXmc@ElContShapeVarnXmc@ElContShapeVarư>ls(0)nXmc@ElContShapeVarnXmc@ElContShapeVar@ư>lis(0)  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~cW7PK&_-yPKP\ xmesh2.mphbinR0objXmeshtModel5 globalscopeGLOBAL?tmaterialGeom0|=geom1 wKKSTANDARDư>tmeshgeometrymaterialspatialXmXgXxcomp1.Meshvtxmesh1?[C+mesh1?[C+mesh1?[C+main<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.Ne</str> <arr> <str>comp1.semi.n_init*unit_m_cf^3</str> </arr> <str>comp1.Ph</str> <arr> <str>comp1.semi.p_init*unit_m_cf^3</str> </arr> <str>comp1.V</str> <arr> <str>comp1.semi.V_init</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> </arr> <str>geomdim</str> <arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> </arr> <str>geomdim</str> <arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elepspec</str> <str>g</str> <arr> <str>0</str> </arr> <str>geom</str> <arr> <rec> <str>ep</str> <arr> <str>1</str> </arr> </rec> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> 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<str>3.7833900650300203</str> <str>3.8248265497378213</str> <str>3.865452568963751</str> <str>3.905298015609515</str> <str>3.9443912297283954</str> <str>3.982759098695733</str> <str>4.020427149967553</str> <str>4.0574196370136955</str> <str>4.093759618966962</str> <str>4.129469034487316</str> <str>4.164568770300438</str> <str>4.199078724832726</str> <str>4.233017867330471</str> <str>4.266404292818908</str> <str>4.2992552732275415</str> <str>4.331587304980968</str> <str>4.363416153329613</str> <str>4.394756893671933</str> <str>4.425623950098758</str> <str>4.4560311313713115</str> <str>4.485991664526947</str> <str>4.515518226290625</str> <str>4.5446229724555645</str> <str>4.573317565383114</str> <str>4.601613199759696</str> <str>4.629520626737528</str> <str>4.657050176575614</str> <str>4.684211779888223</str> <str>4.7110149875995075</str> <str>4.737468989695182</str> <str>4.763582632855006</str> <str>4.789364437043349</str> <str>4.814822611129109</str> <str>4.83996506760081</str> <str>4.8647994364376865</str> <str>4.88933307819298</str> <str>4.9135730963414455</str> <str>4.9375263489392145</str> <str>4.9611994596406</str> <str>4.984598828113165</str> <str>5.007730639889385</str> <str>5.030600875690463</str> <str>5.053215320255325</str> <str>5.07557957070548</str> <str>5.097699044474265</str> <str>5.119578986827018</str> <str>5.141224477996883</str> <str>5.162640439959244</str> <str>5.183831642866248</str> <str>5.204802711161394</str> <str>5.225558129392854</str> <str>5.246102247742948</str> <str>5.26643928729003</str> <str>5.286573345018001</str> <str>5.306508398587672</str> </arr> <str>defineinv</str> <str>false</str> </rec> /<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elinline</str> <str>name</str> <str>comp1.semi.log_FD_zero</str> <str>args</str> <arr> <str>log_FD_zero__x__internalArgument</str> </arr> <str>expr</str> <str>if(log_FD_zero__x__internalArgument&lt;-18.5, log_FD_zero__x__internalArgument, if(log_FD_zero__x__internalArgument&gt;33, log(log_FD_zero__x__internalArgument), log(log(1+exp(log_FD_ze `ro__x__internalArgument)))))</str> <str>dexpr</str> <arr> <str>d(if(log_FD_zero__x__internalArgument&lt;-18.5, log_FD_zero__x__internalArgument, if(log_FD_zero__x__internalArgument&gt;33, log(log_FD_zero__x__internalArgument), log(log(1+exp(log_FD_zero__x__internalArgument))))), log_FD_zero__x__internalArgument)</str> </arr> <str>complex</str> <str>false</str> <str>linear</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elinline</str> <str>name</str> <str>comp1.semi.FD_zero</str> <str>args</str> <arr> <str>FD_zero__x__internalArgument</str> </arr> <str>expr</str> <str>if(FD_zero__x__internalArgument&lt;-18.5, exp(FD_zero__x__internalArgument), if(FD_zero__x__internalArgument&gt;33, FD_zero__x__internalArgument, log(1+exp(FD_zero__x__internalArgument))))</str> <str>dexpr</str> <arr> <str>d(if(FD_zero__x__internalArgument&lt;-18.5, exp(FD_zero__x__internalArgument), if(FD_zero__x__internalArgument&gt;33, FD_zero__x__internalArgument, log(1+exp(FD_zero__x__internalArgument)))), FD_zero__x__internalArgument)</str> </arr> <str>complex</str> <str>false</str> <str>linear</str> <str>false</str> </rec> 5<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elinline</str> <str>name</str> <str>comp1.semi.FD_half</str> <str>args</str> <arr> <str>FD_half__x__internalArgument</str> </arr> <str>expr</str> <str>if(FD_half__x__internalArgument&lt;-40, exp(FD_half__x__internalArgument), if(FD_half__x__internalArgument&gt;20, (4*FD_half__x__internalArgument^1.5)/(3*pi^0.5), exp(comp1.semi.log_FD_half(FD_half__x__internalArgument))))</str> <str>dexpr</str> <arr> <str>d(if(FD_half__x__internalArgument&lt;-40, exp(FD_half__x__internalArgument), if(FD_half__x__internalArgument&gt;20, (4*FD_half__x__internalArgument^1.5)/(3*pi^0.5), exp(comp1.semi.log_FD_half(FD_half__x__internalArgument)))), FD_half__x__internalArgument)</str> </arr> <str>complex</str> <str>false</str> <str>linear</str> <str>false</str> </rec> x<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elinline</str> <str>name</str> <str>comp1.semi.FD_minushalf</str> <str>args</str> <arr> <str>FD_minushalf__x__internalArgument</str> </arr> <str>expr</str> <str>if(FD_minushalf__x__internalArgument&lt;-40, exp(FD_minushalf__x__internalArgument), if(FD_minushalf__x__internalArgument&gt;20, (2*FD_minushalf__x__internalArgument^0.5)/pi^0.5, exp(comp1.semi.log_FD_minushalf(FD_minushalf__x__internalArgument))))</str> <str>dexpr</str> <arr> <str>d(if(FD_minushalf__x__internalArgument&lt;-40, exp(FD_minushalf__x__internalArgument), if(FD_minushalf__x__internalArgument&gt;20, (2*FD_minushalf__x__internalArgument^0.5)/pi^0.5, exp(comp1.semi.log_FD_minushalf(FD_minushalf__x__internalArgument)))), FD_minushalf__x__internalArgument)</str> </arr> <str>complex</str> <str>false</str> <str>linear</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elinline</str> <str>name</str> <str>comp1.semi.FD_one</str> <str>args</str> <arr> <str>FD_one__x__internalArgument</str> </arr> <str>expr</str> <str>if(FD_one__x__internalArgument&lt;-40, exp(FD_one__x__internalArgument), if(FD_one__x__internalArgument&gt;20, 0.5*FD_one__x__internalArgument^2, exp(comp1.semi.log_FD_one(FD_one__x__internalArgument))))</str> <str>dexpr</str> <arr> <str>d(if(FD_one__x__internalArgument&lt;-40, exp(FD_one__x__internalArgument), if(FD_one__x__internalArgument&gt;20, 0.5*FD_one__x__internalArgument^2, exp(comp1.semi.log_FD_one(FD_one__x__internalArgument)))), FD_one__x__internalArgument)</str> </arr> <str>complex</str> <str>false</str> <str>linear</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elinline</str> <str>name</str> <str>comp1.semi.log_FD_half_an</str> <str>args</str> <arr> <str>log_FD_half_an__x__internalArgument</str> </arr> <str>expr</str> <str>if(log_FD_half_an__x__internalArgument&lt;-40, log_FD_half_an__x__internalArgument, if(log_FD_half_an__x__internalArgument&gt;20, log((4*log_FD_half_an__x__internalArgument^1.5)/(3*pi^0.5)), comp1.semi.log_FD_half(log_FD_half_an__x__internalArgument)))</str> <str>dexpr</str> <arr> <str>d(if(log_FD_half_an__x__internalArgument&lt;-40, log_FD_half_an__x__internalArgument, if(log_FD_half_an__x__internalArgument&gt;20, log((4*log_FD_half_an__x__internalArgument^1.5)/(3*pi^0.5)), comp1.semi.log_FD_half(log_FD_half_an__x__internalArgument))), log_FD_half_an__x__internalArgument)</str> </arr> <str>complex</str> <str>false</str> <str>linear</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elinline</str> <str>name</str> <str>comp1.semi.log_FD_half_inv_an</str> <str>args</str> <arr> <str>log_FD_half_inv_an__x__internalArgument</str> </arr> <str>expr</str> <str>if(log_FD_half_inv_an__x__internalArgument&lt;-40, log_FD_half_inv_an__x__internalArgument, if(log_FD_half_inv_an__x__internalArgument&gt;4.212, ((0.75*pi^0.5)*exp(log_FD_half_inv_an__x__internalArgument))^(2/3), comp1.semi.log_FD_half_inv(log_FD_half_inv_an__x__internalArgument)))</str> <str>dexpr</str> <arr> <str>d(if(log_FD_half_inv_an__x__internalArgument&lt;-40, log_FD_half_inv_an__x__internalArgument, if(log_FD_half_inv_an__x__internalArgument&gt;4.212, ((0.75*pi^0.5)*exp(log_FD_half_inv_an__x__internalArgument))^(2/3), comp1.semi.log_FD_half_inv(log_FD_half_inv_an__x__internalArgument))), log_FD_half_inv_an__x__internalArgument)</str> </arr> <str>complex</str> <str>false</str> <str>linear</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>g_const</str> <str>9.80665*unit_m_cf/unit_s_cf^2</str> <str>N_A_const</str> <str>6.02214076E23/unit_mol_cf</str> <str>a0_const</str> <str>4*pi*epsilon0_const*hbar_const^2/(me_const*e_const^2)</str> <str>k_B_const</str> <str>1.380649E-23*unit_J_cf/unit_K_cf</str> <str>Z0_const</str> <str>mu0_const*c_const</str> <str>me_const</str> <str>9.10938356E-31*unit_kg_cf</str> <str>e_const</str> <str>1.602176634E-19*unit_C_cf</str> <str>F_const</str> <str>96485.33289*unit_C_cf/unit_mol_cf</str> <str>alpha_const</str> <str>0.0072973525664</str> <str>G_const</str> <str>6.67408E-11*unit_m_cf^3/(unit_kg_cf*unit_s_cf^2)</str> <str>hbar_const</str> <str>1.0545718E-34*unit_J_cf*unit_s_cf/unit_rad_cf</str> <str>V_m_const</str> <str>0.022413962*unit_m_cf^3/unit_mol_cf</str> <str>mn_const</str> <str>1.674927471E-27*unit_kg_cf</str> <str>epsilon0_const</str> <str>1/(mu0_const*c_const^2)</str> <str>mu0_const</str> <str>2*alpha_const*h_const/(c_const*e_const^2)</str> <str>h_const</str> <str>6.62607015E-34*unit_J_cf*unit_s_cf</str> <str>mp_const</str> <str>1.672621898E-27*unit_kg_cf</str> <str>c_const</str> <str>299792458*unit_m_cf/unit_s_cf</str> <str>sigma_const</str> <str>5.670367E-8*unit_kg_cf/(unit_s_cf^3*unit_K_cf^4)</str> <str>R_const</str> <str>8.3144598*unit_J_cf/(unit_K_cf*unit_mol_cf)</str> <str>b_const</str> <str>0.0028977729*unit_m_cf*unit_K_cf</str> <str>isRHS</str> <str>0</str> </arr> </rec> /<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.semi.min_h</str> <str>nojac(comp1.semi.minsemi(h))</str> <str>comp1.semi.dngX</str> <str>dnXmesh</str> <str>comp1.semi.dngY</str> <str>0</str> <str>comp1.semi.dngZ</str> <str>0</str> <str>comp1.semi.ungX</str> <str>unXmesh</str> <str>comp1.semi.ungY</str> <str>0</str> <str>comp1.semi.ungZ</str> <str>0</str> <str>comp1.semi.rX</str> <str>X</str> <str>comp1.semi.rY</str> <str>0</str> <str>comp1.semi.rZ</str> <str>0</str> <str>comp1.semi.dc_down</str> <str>down(comp1.semi.rX-circumcenter(comp1.semi.rX/unit_m_cf)*unit_m_cf)*comp1.semi.dngX</str> <str>comp1.semi.dc_up</str> <str>up(comp1.semi.rX-circumcenter(comp1.semi.rX/unit_m_cf)*unit_m_cf)*comp1.semi.ungX</str> <str>comp1.semi.dc_down_bnd</str> <str>if(abs(comp1.semi.dc_down)&lt;comp1.semi.dc_tol,if(sign(comp1.semi.dc_down)==0,comp1.semi.dc_tol,sign(comp1.semi.dc_down)*comp1.semi.dc_tol),comp1.semi.dc_down)</str> <str>comp1.semi.dc_up_bnd</str> <str>if(abs(comp1.semi.dc_up)&lt;comp1.semi.dc_tol,if(sign(comp1.semi.dc_up)==0,comp1.semi.dc_tol,sign(comp1.semi.dc_up)*comp1.semi.dc_tol),comp1.semi.dc_up)</str> <str>comp1.semi.dc_tot</str> <str>if(abs(comp1.semi.dc_down+comp1.semi.dc_up)&lt;comp1.semi.dc_tol,if(sign(comp1.semi.dc_down+comp1.semi.dc_up)==0,comp1.semi.dc_tol,sign(comp1.semi.dc_down+comp1.semi.dc_up)*comp1.semi.dc_tol),comp1.semi.dc_down+comp1.semi.dc_up)</str> <str>comp1.semi.global_flux_tol_cd</str> <str>1.0E-4</str> <str>comp1.semi.dc_tol</str> <str>comp1.semi.min_h*comp1.semi.global_flux_tol_cd</str> <str>comp1.semi.delta_eta_tol</str> <str>1.0E-9</str> <str>comp1.semi.epsilonr_down</str> <str>down(comp1.semi.epsilonrs)</str> <str>comp1.semi.epsilonr_up</str> <str>up(comp1.semi.epsilonrs)</str> <str>comp1.semi.E_cd_denom</str> <str>comp1.semi.epsilonr_down*comp1.semi.dc_up+comp1.semi.epsilonr_up*comp1.semi.dc_down</str> <str>comp1.semi.E_cd_denom_num</str> <str>if(abs(comp1.semi.E_cd_denom)&lt;comp1.semi.dc_tol,if(sign(comp1.semi.E_cd_denom)==0,comp1.semi.dc_tol,sign(comp1.semi.E_cd_denom)*comp1.semi.dc_tol),comp1.semi.E_cd_denom)</str> <str>comp1.semi.Dcd</str> <str>epsilon0_const*comp1.semi.epsilonr_down*comp1.semi.epsilonr_up*(down(comp1.V)-up(comp1.V))/comp1.semi.E_cd_denom_num</str> <str>comp1.semi.E_down</str> <str>comp1.semi.Dcd/(epsilon0_const*comp1.semi.epsilonr_down)</str> <str>comp1.semi.E_up</str> <str>comp1.semi.Dcd/(epsilon0_const*comp1.semi.epsilonr_up)</str> <str>comp1.semi.smm1.minput_temperature</str> <str>293.15*unit_K_cf</str> <str>comp1.semi.smm1.minput_numberdensityacceptor</str> <str>0</str> <str>comp1.semi.smm1.minput_numberdensitydonor</str> <str>0</str> <str>comp1.semi.Dn_down</str> <str>down(comp1.semi.mun)*comp1.semi.Vth*down(comp1.semi.Gn)</str> <str>comp1.semi.Dn_up</str> <str>up(comp1.semi.mun)*comp1.semi.Vth*up(comp1.semi.Gn)</str> <str>comp1.semi.Dp_down</str> <str>down(comp1.semi.mup)*comp1.semi.Vth*down(comp1.semi.Gp)</str> <str>comp1.semi.Dp_up</str> <str>up(comp1.semi.mup)*comp1.semi.Vth*up(comp1.semi.Gp)</str> <str>comp1.semi.Qthn_down</str> <str>2*comp1.semi.Vth*down(comp1.semi.mun)</str> <str>comp1.semi.Qthn_up</str> <str>2*comp1.semi.Vth*up(comp1.semi.mun)</str> <str>comp1.semi.Qthp_down</str> <str>2*comp1.semi.Vth*down(comp1.semi.mup)</str> <str>comp1.semi.Qthp_up</str> <str>2*comp1.semi.Vth*up(comp1.semi.mup)</str> <str>comp1.semi.Dn_th_down</str> <str>comp1.semi.Qthn_down-1.5*comp1.semi.Dn_down</str> <str>comp1.semi.Dn_th_up</str> <str>comp1.semi.Qthn_up-1.5*comp1.semi.Dn_up</str> <str>comp1.semi.Dp_th_down</str> <str>comp1.semi.Qthp_down-1.5*comp1.semi.Dp_down</str> <str>comp1.semi.Dp_th_up</str> <str>comp1.semi.Qthp_up-1.5*comp1.semi.Dp_up</str> <str>comp1.semi.grad_chi_up</str> <str>(up(circumcenter(comp1.semi.chi_semi))-up(comp1.semi.chi_semi))/comp1.semi.dc_up_bnd</str> <str>comp1.semi.grad_chi_down</str> <str>(down(comp1.semi.chi_semi)-down(circumcenter(comp1.semi.chi_semi)))/comp1.semi.dc_down_bnd</str> <str>comp1.semi.grad_Eg_up</str> <str>(up(circumcenter(comp1.semi.Eg))-up(comp1.semi.Eg))/comp1.semi.dc_up_bnd</str> <str>comp1.semi.grad_Eg_down</str> <str>(down(comp1.semi.Eg)-down(circumcenter(comp1.semi.Eg)))/comp1.semi.dc_down_bnd</str> <str>comp1.semi.grad_logNc_up</str> <str>(up(circumcenter(log(comp1.semi.Nc*unit_m_cf^3)))-up(log(comp1.semi.Nc*unit_m_cf^3)))/comp1.semi.dc_up_bnd</str> <str>comp1.semi.grad_logNc_down</str> <str>(down(log(comp1.semi.Nc*unit_m_cf^3))-down(circumcenter(log(comp1.semi.Nc*unit_m_cf^3))))/comp1.semi.dc_down_bnd</str> <str>comp1.semi.grad_logNv_up</str> <str>(up(circumcenter(log(comp1.semi.Nv*unit_m_cf^3)))-up(log(comp1.semi.Nv*unit_m_cf^3)))/comp1.semi.dc_up_bnd</str> <str>comp1.semi.grad_logNv_down</str> <str>(down(log(comp1.semi.Nv*unit_m_cf^3))-down(circumcenter(log(comp1.semi.Nv*unit_m_cf^3))))/comp1.semi.dc_down_bnd</str> <str>comp1.semi.Vn_down</str> <str>down(comp1.semi.mun)*comp1.semi.E_down-down(comp1.semi.mun)*comp1.semi.grad_chi_down-comp1.semi.Dn_down*comp1.semi.grad_logNc_down+comp1.semi.Dn_th_down*d(comp1.semi.Tl,X)*comp1.semi.dngX/comp1.semi.Tl</str> <str>comp1.semi.Vn_up</str> <str>up(comp1.semi.mun)*comp1.semi.E_up-up(comp1.semi.mun)*comp1.semi.grad_chi_up-comp1.semi.Dn_up*comp1.semi.grad_logNc_up+comp1.semi.Dn_th_up*d(comp1.semi.Tl,X)*comp1.semi.dngX/comp1.semi.Tl</str> <str>comp1.semi.Vp_down</str> <str>down(comp1.semi.mup)*comp1.semi.E_down-down(comp1.semi.mup)*(comp1.semi.grad_chi_down+comp1.semi.grad_Eg_down)+comp1.semi.Dp_down*comp1.semi.grad_logNv_down-comp1.semi.Dp_th_down*d(comp1.semi.Tl,X)*comp1.semi.dngX/comp1.semi.Tl</str> <str>comp1.semi.Vp_up</str> <str>up(comp1.semi.mup)*comp1.semi.E_up-up(comp1.semi.mup)*(comp1.semi.grad_chi_up+comp1.semi.grad_Eg_up)+comp1.semi.Dp_up*comp1.semi.grad_logNv_up-comp1.semi.Dp_th_up*d(comp1.semi.Tl,X)*comp1.semi.dngX/comp1.semi.Tl</str> <str>comp1.semi.An</str> <str>exp(comp1.semi.An_expo)</str> <str>comp1.semi.Bn</str> <str>exp(comp1.semi.Bn_expo)</str> <str>comp1.semi.Ap</str> <str>exp(comp1.semi.Ap_expo)</str> <str>comp1.semi.Bp</str> <str>exp(comp1.semi.Bp_expo)</str> <str>comp1.semi.An_expo</str> <str>-comp1.semi.Vn_down*comp1.semi.dc_down/comp1.semi.Dn_down</str> <str>comp1.semi.Bn_expo</str> <str>comp1.semi.Vn_up*comp1.semi.dc_up/comp1.semi.Dn_up</str> <str>comp1.semi.Ap_expo</str> <str>comp1.semi.Vp_down*comp1.semi.dc_down/comp1.semi.Dp_down</str> <str>comp1.semi.Bp_expo</str> <str>-comp1.semi.Vp_up*comp1.semi.dc_up/comp1.semi.Dp_up</str> <str>comp1.semi.nJn_sg</str> <str>if(abs(comp1.semi.An_expo)&lt;comp1.semi.global_flux_tol_sg||abs(comp1.semi.Bn_expo)&lt;comp1.semi.global_flux_tol_sg,comp1.semi.nCn,comp1.semi.nSGn)</str> <str>comp1.semi.nJp_sg</str> <str>if(abs(comp1.semi.Ap_expo)&lt;comp1.semi.global_flux_tol_sg||abs(comp1.semi.Bp_expo)&lt;comp1.semi.global_flux_tol_sg,comp1.semi.nCp,comp1.semi.nSGp)</str> <str>comp1.semi.nSGn</str> <str>-e_const*comp1.semi.Vn_down*(up(comp1.semi.N)*comp1.semi.Bn-down(comp1.semi.N)*comp1.semi.An)/comp1.semi.nSGn_denom_num</str> <str>comp1.semi.nSGp</str> <str>-e_const*comp1.semi.Vp_down*(up(comp1.semi.P)*comp1.semi.Bp-down(comp1.semi.P)*comp1.semi.Ap)/comp1.semi.nSGp_denom_num</str> <str>comp1.semi.nSGn_denom</str> <str>-1+comp1.semi.Vn_down*(1-comp1.semi.Bn)/comp1.semi.Vn_up+comp1.semi.An</str> <str>comp1.semi.nSGp_denom</str> <str>-1+comp1.semi.Vp_down*(1-comp1.semi.Bp)/comp1.semi.Vp_up+comp1.semi.Ap</str> <str>comp1.semi.nSGn_denom_num</str> <str>if(abs(comp1.semi.nSGn_denom)&lt;comp1.semi.global_flux_tol_sg,if(sign(comp1.semi.nSGn_denom)==0,comp1.semi.global_flux_tol_sg,sign(comp1.semi.nSGn_denom)*comp1.semi.global_flux_tol_sg),comp1.semi.nSGn_denom)</str> <str>comp1.semi.nSGp_denom_num</str> <str>if(abs(comp1.semi.nSGp_denom)&lt;comp1.semi.global_flux_tol_sg,if(sign(comp1.semi.nSGp_denom)==0,comp1.semi.global_flux_tol_sg,sign(comp1.semi.nSGp_denom)*comp1.semi.global_flux_tol_sg),comp1.semi.nSGp_denom)</str> <str>comp1.semi.nCn</str> <str>e_const*(-comp1.semi.Dn_down*(down(comp1.semi.N)-up(comp1.semi.N))/comp1.semi.nCn_denom_num+0.5*(down(comp1.semi.N)*(comp1.semi.dc_down*(comp1.semi.dc_down+2*comp1.semi.dc_up*comp1.semi.Dn_down/comp1.semi.Dn_up)*comp1.semi.Vn_down+comp1.semi.Vn_up*(comp1.semi.dc_up*comp1.semi.Dn_down/comp1.semi.Dn_up)^2)+up(comp1.semi.N)*(comp1.semi.dc_down^2*comp1.semi.Vn_down+comp1.semi.dc_up*comp1.semi.Dn_down*(2*comp1.semi.dc_down+comp1.semi.dc_up*comp1.semi.Dn_down/comp1.semi.Dn_up)*comp1.semi.Vn_up/comp1.semi.Dn_up))/comp1.semi.nCn_denom_num^2)</str> <str>comp1.semi.nCp</str> <str>e_const*(comp1.semi.Dp_down*(down(comp1.semi.P)-up(comp1.semi.P))/comp1.semi.nCp_denom_num+0.5*(down(comp1.semi.P)*(comp1.semi.dc_down*(comp1.semi.dc_down+2*comp1.semi.dc_up*comp1.semi.Dp_down/comp1.semi.Dp_up)*comp1.semi.Vp_down+comp1.semi.Vp_up*(comp1.semi.dc_up*comp1.semi.Dp_down/comp1.semi.Dp_up)^2)+up(comp1.semi.P)*(comp1.semi.dc_down^2*comp1.semi.Vp_down+comp1.semi.dc_up*comp1.semi.Dp_down*(2*comp1.semi.dc_down+comp1.semi.dc_up*comp1.semi.Dp_down/comp1.semi.Dp_up)*comp1.semi.Vp_up/comp1.semi.Dp_up))/comp1.semi.nCp_denom_num^2)</str> <str>comp1.semi.nCn_denom</str> <str>comp1.semi.dc_down+comp1.semi.dc_up*comp1.semi.Dn_down/comp1.semi.Dn_up</str> <str>comp1.semi.nCp_denom</str> <str>comp1.semi.dc_down+comp1.semi.dc_up*comp1.semi.Dp_down/comp1.semi.Dp_up</str> <str>comp1.semi.nCn_denom_num</str> <str>if(abs(comp1.semi.nCn_denom)&lt;comp1.semi.nC_denom_tol,if(sign(comp1.semi.nCn_denom)==0,comp1.semi.nC_denom_tol,sign(comp1.semi.nCn_denom)*comp1.semi.nC_denom_tol),comp1.semi.nCn_denom)</str> <str>comp1.semi.nCp_denom_num</str> <str>if(abs(comp1.semi.nCp_denom)&lt;comp1.semi.nC_denom_tol,if(sign(comp1.semi.nCp_denom)==0,comp1.semi.nC_denom_tol,sign(comp1.semi.nCp_denom)*comp1.semi.nC_denom_tol),comp1.semi.nCp_denom)</str> <str>comp1.semi.nC_denom_tol</str> <str>comp1.semi.min_h*comp1.semi.global_flux_tol_cd</str> <str>comp1.semi.global_flux_tol_sg</str> <str>eps</str> <str>comp1.semi.Jn_th_post_mesh</str> <str>e_const*comp1.semi.Dn_th_down*d(comp1.semi.Tl,X)*comp1.semi.dngX*down(comp1.semi.N)/comp1.semi.Tl</str> <str>comp1.semi.Jp_th_post_mesh</str> <str>-e_const*comp1.semi.Dp_th_down*d(comp1.semi.Tl,X)*comp1.semi.dngX*down(comp1.semi.P)/comp1.semi.Tl</str> <str>comp1.semi.Jn_drift_post_mesh</str> <str>e_const*down(comp1.semi.mun)*(comp1.semi.E_down-d(comp1.semi.chi_semi,X)*comp1.semi.dngX)*down(comp1.semi.N)</str> <str>comp1.semi.Jp_drift_post_mesh</str> <str>e_const*down(comp1.semi.mup)*(comp1.semi.E_down-d(comp1.semi.chi_semi,X)*comp1.semi.dngX-d(comp1.semi.Eg,X)*comp1.semi.dngX)*down(comp1.semi.P)</str> <str>comp1.semi.Jn_diff_post_mesh</str> <str>comp1.semi.nJn_sg-e_const*comp1.semi.Vn_down*down(comp1.semi.N)</str> <str>comp1.semi.Jp_diff_post_mesh</str> <str>comp1.semi.nJp_sg-e_const*comp1.semi.Vp_down*down(comp1.semi.P)</str> <str>comp1.semi.Jn_post_mesh</str> <str>comp1.semi.nJn_sg</str> <str>comp1.semi.Jp_post_mesh</str> <str>comp1.semi.nJp_sg</str> <str>comp1.semi.init1.minput_temperature</str> <str>minput.T</str> <str>comp1.semi.adm1.minput_temperature</str> <str>minput.T</str> <str>comp1.semi.adm2.minput_temperature</str> <str>minput.T</str> <str>comp1.semi.cont2.minput_temperature</str> <str>minput.T</str> <str>comp1.semi.tar1.minput_temperature</str> <str>minput.T</str> <str>comp1.semi.aur1.minput_temperature</str> <str>minput.T</str> <str>comp1.semi.mc1.minput_temperature</str> <str>minput `.T</str> <str>comp1.semi.I0_1</str> <str>-comp1.semi.mc1.int(comp1.semi.d*(comp1.semi.nJ+comp1.semi.dnD_dt))</str> <str>comp1.semi.J0_1</str> <str>comp1.semi.I0_1/comp1.semi.mc1.int(comp1.semi.d)</str> <str>comp1.semi.V0_1</str> <str>comp1.semi.mc1.int(comp1.semi.mc1.V0)/comp1.semi.mc1.int(1)</str> <str>comp1.semi.mc2.minput_temperature</str> <str>minput.T</str> <str>comp1.semi.I0_2</str> <str>-comp1.semi.mc2.int(comp1.semi.d*(comp1.semi.nJ+comp1.semi.dnD_dt))</str> <str>comp1.semi.J0_2</str> <str>comp1.semi.I0_2/comp1.semi.mc2.int(comp1.semi.d)</str> <str>comp1.semi.V0_2</str> <str>comp1.semi.mc2.int(comp1.semi.mc2.V0)/comp1.semi.mc2.int(1)</str> <str>comp1.semi.atd1.minput_temperature</str> <str>minput.T</str> <str>comp1.semi.Vref_global</str> <str>comp1.semi.intsemi(comp1.semi.Vref)</str> </arr> </rec> ,<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.mat1.def.heatcapacity</str> <str>comp1.mat1.def.Cp</str> <str>comp1.mat1.def.Cp</str> <str>310*unit_J_cf/(unit_kg_cf*unit_K_cf)</str> <str>comp1.mat1.def.relpermittivity11</str> <str>comp1.mat1.def.epsilonr11</str> <str>comp1.mat1.def.relpermittivity21</str> <str>0</str> <str>comp1.mat1.def.relpermittivity31</str> <str>0</str> <str>comp1.mat1.def.relpermittivity12</str> <str>0</str> <str>comp1.mat1.def.relpermittivity22</str> <str>comp1.mat1.def.epsilonr22</str> <str>comp1.mat1.def.relpermittivity32</str> <str>0</str> <str>comp1.mat1.def.relpermittivity13</str> <str>0</str> <str>comp1.mat1.def.relpermittivity23</str> <str>0</str> <str>comp1.mat1.def.relpermittivity33</str> <str>comp1.mat1.def.epsilonr33</str> <str>comp1.mat1.def.epsilonr11</str> <str>16.2</str> <str>comp1.mat1.def.epsilonr21</str> <str>0</str> <str>comp1.mat1.def.epsilonr31</str> <str>0</str> <str>comp1.mat1.def.epsilonr12</str> <str>0</str> <str>comp1.mat1.def.epsilonr22</str> <str>16.2</str> <str>comp1.mat1.def.epsilonr32</str> <str>0</str> <str>comp1.mat1.def.epsilonr13</str> <str>0</str> <str>comp1.mat1.def.epsilonr23</str> <str>0</str> <str>comp1.mat1.def.epsilonr33</str> <str>16.2</str> <str>comp1.mat1.def.epsilonr_iso</str> <str>16.2</str> <str>comp1.mat1.def.epsilonr_symmetry</str> <str>0</str> <str>comp1.mat1.def.thermalconductivity11</str> <str>comp1.mat1.def.k11</str> <str>comp1.mat1.def.thermalconductivity21</str> <str>0</str> <str>comp1.mat1.def.thermalconductivity31</str> <str>0</str> <str>comp1.mat1.def.thermalconductivity12</str> <str>0</str> <str>comp1.mat1.def.thermalconductivity22</str> <str>comp1.mat1.def.k22</str> <str>comp1.mat1.def.thermalconductivity32</str> <str>0</str> <str>comp1.mat1.def.thermalconductivity13</str> <str>0</str> <str>comp1.mat1.def.thermalconductivity23</str> <str>0</str> <str>comp1.mat1.def.thermalconductivity33</str> <str>comp1.mat1.def.k33</str> <str>comp1.mat1.def.k11</str> <str>60*unit_W_cf/(unit_m_cf*unit_K_cf)</str> <str>comp1.mat1.def.k21</str> <str>0</str> <str>comp1.mat1.def.k31</str> <str>0</str> <str>comp1.mat1.def.k12</str> <str>0</str> <str>comp1.mat1.def.k22</str> <str>60*unit_W_cf/(unit_m_cf*unit_K_cf)</str> <str>comp1.mat1.def.k32</str> <str>0</str> <str>comp1.mat1.def.k13</str> <str>0</str> <str>comp1.mat1.def.k23</str> <str>0</str> <str>comp1.mat1.def.k33</str> <str>60*unit_W_cf/(unit_m_cf*unit_K_cf)</str> <str>comp1.mat1.def.k_iso</str> <str>60*unit_W_cf/(unit_m_cf*unit_K_cf)</str> <str>comp1.mat1.def.k_symmetry</str> <str>0</str> <str>comp1.mat1.def.density</str> <str>comp1.mat1.def.rho</str> <str>comp1.mat1.def.rho</str> <str>5323*unit_kg_cf/unit_m_cf^3</str> <str>comp1.mat1.lstdf.tanDelta</str> <str>-imag(comp1.mat1.def.epsilonr_iso)/real(comp1.mat1.def.epsilonr_iso)</str> <str>comp1.mat1.lstdf.epsilonPrim11</str> <str>real(comp1.mat1.def.epsilonr_iso)</str> <str>comp1.mat1.lstdf.epsilonPrim21</str> <str>0</str> <str>comp1.mat1.lstdf.epsilonPrim31</str> <str>0</str> <str>comp1.mat1.lstdf.epsilonPrim12</str> <str>0</str> <str>comp1.mat1.lstdf.epsilonPrim22</str> <str>real(comp1.mat1.def.epsilonr_iso)</str> <str>comp1.mat1.lstdf.epsilonPrim32</str> <str>0</str> <str>comp1.mat1.lstdf.epsilonPrim13</str> <str>0</str> <str>comp1.mat1.lstdf.epsilonPrim23</str> <str>0</str> <str>comp1.mat1.lstdf.epsilonPrim33</str> <str>real(comp1.mat1.def.epsilonr_iso)</str> <str>comp1.mat1.lstdf.epsilonPrim_iso</str> <str>real(comp1.mat1.def.epsilonr_iso)</str> <str>comp1.mat1.lstdf.epsilonPrim_symmetry</str> <str>4</str> <str>comp1.mat1.lst.epsilonPrim11</str> <str>real(comp1.mat1.def.epsilonr_iso)</str> <str>comp1.mat1.lst.epsilonPrim21</str> <str>0</str> <str>comp1.mat1.lst.epsilonPrim31</str> <str>0</str> <str>comp1.mat1.lst.epsilonPrim12</str> <str>0</str> <str>comp1.mat1.lst.epsilonPrim22</str> <str>real(comp1.mat1.def.epsilonr_iso)</str> <str>comp1.mat1.lst.epsilonPrim32</str> <str>0</str> <str>comp1.mat1.lst.epsilonPrim13</str> <str>0</str> <str>comp1.mat1.lst.epsilonPrim23</str> <str>0</str> <str>comp1.mat1.lst.epsilonPrim33</str> <str>real(comp1.mat1.def.epsilonr_iso)</str> <str>comp1.mat1.lst.epsilonPrim_iso</str> <str>real(comp1.mat1.def.epsilonr_iso)</str> <str>comp1.mat1.lst.epsilonPrim_symmetry</str> <str>4</str> <str>comp1.mat1.lst.delta</str> <str>atan2(-imag(comp1.mat1.def.epsilonr_iso),real(comp1.mat1.def.epsilonr_iso))*unit_rad_cf</str> <str>comp1.mat1.rfi.n11</str> <str>sqrt(0.5*(real(comp1.mat1.def.epsilonr_iso)+sqrt(real(comp1.mat1.def.epsilonr_iso)^2+(-imag(comp1.mat1.def.epsilonr_iso))^2)))</str> <str>comp1.mat1.rfi.n21</str> <str>0</str> <str>comp1.mat1.rfi.n31</str> <str>0</str> <str>comp1.mat1.rfi.n12</str> <str>0</str> <str>comp1.mat1.rfi.n22</str> <str>sqrt(0.5*(real(comp1.mat1.def.epsilonr_iso)+sqrt(real(comp1.mat1.def.epsilonr_iso)^2+(-imag(comp1.mat1.def.epsilonr_iso))^2)))</str> <str>comp1.mat1.rfi.n32</str> <str>0</str> <str>comp1.mat1.rfi.n13</str> <str>0</str> <str>comp1.mat1.rfi.n23</str> <str>0</str> <str>comp1.mat1.rfi.n33</str> <str>sqrt(0.5*(real(comp1.mat1.def.epsilonr_iso)+sqrt(real(comp1.mat1.def.epsilonr_iso)^2+(-imag(comp1.mat1.def.epsilonr_iso))^2)))</str> <str>comp1.mat1.rfi.n_iso</str> <str>sqrt(0.5*(real(comp1.mat1.def.epsilonr_iso)+sqrt(real(comp1.mat1.def.epsilonr_iso)^2+(-imag(comp1.mat1.def.epsilonr_iso))^2)))</str> <str>comp1.mat1.rfi.n_symmetry</str> <str>4</str> <str>comp1.mat1.rfi.ki11</str> <str>-0.5*imag(comp1.mat1.def.epsilonr_iso)/sqrt(0.5*(real(comp1.mat1.def.epsilonr_iso)+sqrt(real(comp1.mat1.def.epsilonr_iso)^2+(-imag(comp1.mat1.def.epsilonr_iso))^2)))</str> <str>comp1.mat1.rfi.ki21</str> <str>0</str> <str>comp1.mat1.rfi.ki31</str> <str>0</str> <str>comp1.mat1.rfi.ki12</str> <str>0</str> <str>comp1.mat1.rfi.ki22</str> <str>-0.5*imag(comp1.mat1.def.epsilonr_iso)/sqrt(0.5*(real(comp1.mat1.def.epsilonr_iso)+sqrt(real(comp1.mat1.def.epsilonr_iso)^2+(-imag(comp1.mat1.def.epsilonr_iso))^2)))</str> <str>comp1.mat1.rfi.ki32</str> <str>0</str> <str>comp1.mat1.rfi.ki13</str> <str>0</str> <str>comp1.mat1.rfi.ki23</str> <str>0</str> <str>comp1.mat1.rfi.ki33</str> <str>-0.5*imag(comp1.mat1.def.epsilonr_iso)/sqrt(0.5*(real(comp1.mat1.def.epsilonr_iso)+sqrt(real(comp1.mat1.def.epsilonr_iso)^2+(-imag(comp1.mat1.def.epsilonr_iso))^2)))</str> <str>comp1.mat1.rfi.ki_iso</str> <str>-0.5*imag(comp1.mat1.def.epsilonr_iso)/sqrt(0.5*(real(comp1.mat1.def.epsilonr_iso)+sqrt(real(comp1.mat1.def.epsilonr_iso)^2+(-imag(comp1.mat1.def.epsilonr_iso))^2)))</str> <str>comp1.mat1.rfi.ki_symmetry</str> <str>4</str> <str>comp1.mat1.del.epsilonPrim11</str> <str>real(comp1.mat1.def.epsilonr11)</str> <str>comp1.mat1.del.epsilonPrim21</str> <str>real(comp1.mat1.def.epsilonr21)</str> <str>comp1.mat1.del.epsilonPrim31</str> <str>real(comp1.mat1.def.epsilonr31)</str> <str>comp1.mat1.del.epsilonPrim12</str> <str>real(comp1.mat1.def.epsilonr12)</str> <str>comp1.mat1.del.epsilonPrim22</str> <str>real(comp1.mat1.def.epsilonr22)</str> <str>comp1.mat1.del.epsilonPrim32</str> <str>real(comp1.mat1.def.epsilonr32)</str> <str>comp1.mat1.del.epsilonPrim13</str> <str>real(comp1.mat1.def.epsilonr13)</str> <str>comp1.mat1.del.epsilonPrim23</str> <str>real(comp1.mat1.def.epsilonr23)</str> <str>comp1.mat1.del.epsilonPrim33</str> <str>real(comp1.mat1.def.epsilonr33)</str> <str>comp1.mat1.del.epsilonPrim_iso</str> <str>if(real(comp1.mat1.def.epsilonr12)==0&amp;&amp;real(comp1.mat1.def.epsilonr13)==0&amp;&amp;real(comp1.mat1.def.epsilonr21)==0&amp;&amp;real(comp1.mat1.def.epsilonr22)==real(comp1.mat1.def.epsilonr11)&amp;&amp;real(comp1.mat1.def.epsilonr23)==0&amp;&amp;real(comp1.mat1.def.epsilonr31)==0&amp;&amp;real(comp1.mat1.def.epsilonr32)==0&amp;&amp;real(comp1.mat1.def.epsilonr33)==real(comp1.mat1.def.epsilonr11),real(comp1.mat1.def.epsilonr11),error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> <str>comp1.mat1.del.epsilonPrim_symmetry</str> <str>4</str> <str>comp1.mat1.del.epsilonBis11</str> <str>-imag(comp1.mat1.def.epsilonr11)</str> <str>comp1.mat1.del.epsilonBis21</str> <str>-imag(comp1.mat1.def.epsilonr21)</str> <str>comp1.mat1.del.epsilonBis31</str> <str>-imag(comp1.mat1.def.epsilonr31)</str> <str>comp1.mat1.del.epsilonBis12</str> <str>-imag(comp1.mat1.def.epsilonr12)</str> <str>comp1.mat1.del.epsilonBis22</str> <str>-imag(comp1.mat1.def.epsilonr22)</str> <str>comp1.mat1.del.epsilonBis32</str> <str>-imag(comp1.mat1.def.epsilonr32)</str> <str>comp1.mat1.del.epsilonBis13</str> <str>-imag(comp1.mat1.def.epsilonr13)</str> <str>comp1.mat1.del.epsilonBis23</str> <str>-imag(comp1.mat1.def.epsilonr23)</str> <str>comp1.mat1.del.epsilonBis33</str> <str>-imag(comp1.mat1.def.epsilonr33)</str> <str>comp1.mat1.del.epsilonBis_iso</str> <str>if(-imag(comp1.mat1.def.epsilonr12)==0&amp;&amp;-imag(comp1.mat1.def.epsilonr13)==0&amp;&amp;-imag(comp1.mat1.def.epsilonr21)==0&amp;&amp;-imag(comp1.mat1.def.epsilonr22)==-imag(comp1.mat1.def.epsilonr11)&amp;&amp;-imag(comp1.mat1.def.epsilonr23)==0&amp;&amp;-imag(comp1.mat1.def.epsilonr31)==0&amp;&amp;-imag(comp1.mat1.def.epsilonr32)==0&amp;&amp;-imag(comp1.mat1.def.epsilonr33)==-imag(comp1.mat1.def.epsilonr11),-imag(comp1.mat1.def.epsilonr11),error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> <str>comp1.mat1.del.epsilonBis_symmetry</str> <str>4</str> <s `tr>comp1.mat1.smaA.Cp_A</str> <str>comp1.mat1.def.heatcapacity</str> <str>comp1.mat1.smaM.Cp_M</str> <str>comp1.mat1.def.heatcapacity</str> <str>comp1.mat1.smaA.k_A11</str> <str>comp1.mat1.def.thermalconductivity11</str> <str>comp1.mat1.smaA.k_A21</str> <str>0</str> <str>comp1.mat1.smaA.k_A31</str> <str>0</str> <str>comp1.mat1.smaA.k_A12</str> <str>0</str> <str>comp1.mat1.smaA.k_A22</str> <str>comp1.mat1.def.thermalconductivity22</str> <str>comp1.mat1.smaA.k_A32</str> <str>0</str> <str>comp1.mat1.smaA.k_A13</str> <str>0</str> <str>comp1.mat1.smaA.k_A23</str> <str>0</str> <str>comp1.mat1.smaA.k_A33</str> <str>comp1.mat1.def.thermalconductivity33</str> <str>comp1.mat1.smaA.k_A_iso</str> <str>if(comp1.mat1.def.thermalconductivity22==comp1.mat1.def.thermalconductivity11&amp;&amp;comp1.mat1.def.thermalconductivity33==comp1.mat1.def.thermalconductivity11,comp1.mat1.def.thermalconductivity11,error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> <str>comp1.mat1.smaA.k_A_symmetry</str> <str>0</str> <str>comp1.mat1.smaM.k_M11</str> <str>comp1.mat1.def.thermalconductivity11</str> <str>comp1.mat1.smaM.k_M21</str> <str>0</str> <str>comp1.mat1.smaM.k_M31</str> <str>0</str> <str>comp1.mat1.smaM.k_M12</str> <str>0</str> <str>comp1.mat1.smaM.k_M22</str> <str>comp1.mat1.def.thermalconductivity22</str> <str>comp1.mat1.smaM.k_M32</str> <str>0</str> <str>comp1.mat1.smaM.k_M13</str> <str>0</str> <str>comp1.mat1.smaM.k_M23</str> <str>0</str> <str>comp1.mat1.smaM.k_M33</str> <str>comp1.mat1.def.thermalconductivity33</str> <str>comp1.mat1.smaM.k_M_iso</str> <str>if(comp1.mat1.def.thermalconductivity22==comp1.mat1.def.thermalconductivity11&amp;&amp;comp1.mat1.def.thermalconductivity33==comp1.mat1.def.thermalconductivity11,comp1.mat1.def.thermalconductivity11,error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> <str>comp1.mat1.smaM.k_M_symmetry</str> <str>0</str> <str>comp1.mat1.idealGas.Cp</str> <str>comp1.mat1.def.heatcapacity</str> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.mat1.SemicondMaterial.Eg0</str> <str>0.664*unit_V_cf</str> <str>comp1.mat1.SemicondMaterial.chi0</str> <str>4*unit_V_cf</str> <str>comp1.mat1.SemicondMaterial.Nv</str> <str>6.0E18*(minput.T/(300*unit_K_cf))^1.5/unit_cm_cf^3</str> <str>comp1.mat1.SemicondMaterial.Nc</str> <str>1.04E19*(minput.T/(300*unit_K_cf))^1.5/unit_cm_cf^3</str> <str>comp1.mat1.SemicondMaterial.mun</str> <str>3900*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> <str>comp1.mat1.SemicondMaterial.mup</str> <str>1900*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.mat1.JainRoulstonModel.An_jr</str> <str>8.67E-9*unit_V_cf</str> <str>comp1.mat1.JainRoulstonModel.Bn_jr</str> <str>2.57E-7*unit_V_cf</str> <str>comp1.mat1.JainRoulstonModel.Cn_jr</str> <str>4.31E-12*unit_V_cf</str> <str>comp1.mat1.JainRoulstonModel.Ap_jr</str> <str>8.21E-9*unit_V_cf</str> <str>comp1.mat1.JainRoulstonModel.Bp_jr</str> <str>2.9E-7*unit_V_cf</str> <str>comp1.mat1.JainRoulstonModel.Cp_jr</str> <str>5.77E-12*unit_V_cf</str> <str>comp1.mat1.JainRoulstonModel.Nref_jr</str> <str>1/unit_cm_cf^3</str> <str>comp1.mat1.JainRoulstonModel.alpha_jr</str> <str>0.5</str> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.mat1.SRH.taun</str> <str>10*unit_us_cf</str> <str>comp1.mat1.SRH.taup</str> <str>10*unit_us_cf</str> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.mat1.Auger.Cn</str> <str>8.0E-32*unit_cm_cf^6/unit_s_cf</str> <str>comp1.mat1.Auger.Cp</str> <str>2.8E-31*unit_cm_cf^6/unit_s_cf</str> </arr> </rec> ,<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.mat2.def.relpermittivity11</str> <str>comp1.mat2.def.epsilonr11</str> <str>comp1.mat2.def.relpermittivity21</str> <str>0</str> <str>comp1.mat2.def.relpermittivity31</str> <str>0</str> <str>comp1.mat2.def.relpermittivity12</str> <str>0</str> <str>comp1.mat2.def.relpermittivity22</str> <str>comp1.mat2.def.epsilonr22</str> <str>comp1.mat2.def.relpermittivity32</str> <str>0</str> <str>comp1.mat2.def.relpermittivity13</str> <str>0</str> <str>comp1.mat2.def.relpermittivity23</str> <str>0</str> <str>comp1.mat2.def.relpermittivity33</str> <str>comp1.mat2.def.epsilonr33</str> <str>comp1.mat2.def.epsilonr11</str> <str>11.7</str> <str>comp1.mat2.def.epsilonr21</str> <str>0</str> <str>comp1.mat2.def.epsilonr31</str> <str>0</str> <str>comp1.mat2.def.epsilonr12</str> <str>0</str> <str>comp1.mat2.def.epsilonr22</str> <str>11.7</str> <str>comp1.mat2.def.epsilonr32</str> <str>0</str> <str>comp1.mat2.def.epsilonr13</str> <str>0</str> <str>comp1.mat2.def.epsilonr23</str> <str>0</str> <str>comp1.mat2.def.epsilonr33</str> <str>11.7</str> <str>comp1.mat2.def.epsilonr_iso</str> <str>11.7</str> <str>comp1.mat2.def.epsilonr_symmetry</str> <str>0</str> <str>comp1.mat2.def.thermalconductivity11</str> <str>comp1.mat2.def.k11</str> <str>comp1.mat2.def.thermalconductivity21</str> <str>0</str> <str>comp1.mat2.def.thermalconductivity31</str> <str>0</str> <str>comp1.mat2.def.thermalconductivity12</str> <str>0</str> <str>comp1.mat2.def.thermalconductivity22</str> <str>comp1.mat2.def.k22</str> <str>comp1.mat2.def.thermalconductivity32</str> <str>0</str> <str>comp1.mat2.def.thermalconductivity13</str> <str>0</str> <str>comp1.mat2.def.thermalconductivity23</str> <str>0</str> <str>comp1.mat2.def.thermalconductivity33</str> <str>comp1.mat2.def.k33</str> <str>comp1.mat2.def.k11</str> <str>131*unit_W_cf/(unit_m_cf*unit_K_cf)</str> <str>comp1.mat2.def.k21</str> <str>0</str> <str>comp1.mat2.def.k31</str> <str>0</str> <str>comp1.mat2.def.k12</str> <str>0</str> <str>comp1.mat2.def.k22</str> <str>131*unit_W_cf/(unit_m_cf*unit_K_cf)</str> <str>comp1.mat2.def.k32</str> <str>0</str> <str>comp1.mat2.def.k13</str> <str>0</str> <str>comp1.mat2.def.k23</str> <str>0</str> <str>comp1.mat2.def.k33</str> <str>131*unit_W_cf/(unit_m_cf*unit_K_cf)</str> <str>comp1.mat2.def.k_iso</str> <str>131*unit_W_cf/(unit_m_cf*unit_K_cf)</str> <str>comp1.mat2.def.k_symmetry</str> <str>0</str> <str>comp1.mat2.def.density</str> <str>comp1.mat2.def.rho</str> <str>comp1.mat2.def.rho</str> <str>2329*unit_kg_cf/unit_m_cf^3</str> <str>comp1.mat2.def.heatcapacity</str> <str>comp1.mat2.def.Cp</str> <str>comp1.mat2.def.Cp</str> <str>700*unit_J_cf/(unit_kg_cf*unit_K_cf)</str> <str>comp1.mat2.lstdf.tanDelta</str> <str>-imag(comp1.mat2.def.epsilonr_iso)/real(comp1.mat2.def.epsilonr_iso)</str> <str>comp1.mat2.lstdf.epsilonPrim11</str> <str>real(comp1.mat2.def.epsilonr_iso)</str> <str>comp1.mat2.lstdf.epsilonPrim21</str> <str>0</str> <str>comp1.mat2.lstdf.epsilonPrim31</str> <str>0</str> <str>comp1.mat2.lstdf.epsilonPrim12</str> <str>0</str> <str>comp1.mat2.lstdf.epsilonPrim22</str> <str>real(comp1.mat2.def.epsilonr_iso)</str> <str>comp1.mat2.lstdf.epsilonPrim32</str> <str>0</str> <str>comp1.mat2.lstdf.epsilonPrim13</str> <str>0</str> <str>comp1.mat2.lstdf.epsilonPrim23</str> <str>0</str> <str>comp1.mat2.lstdf.epsilonPrim33</str> <str>real(comp1.mat2.def.epsilonr_iso)</str> <str>comp1.mat2.lstdf.epsilonPrim_iso</str> <str>real(comp1.mat2.def.epsilonr_iso)</str> <str>comp1.mat2.lstdf.epsilonPrim_symmetry</str> <str>4</str> <str>comp1.mat2.lst.epsilonPrim11</str> <str>real(comp1.mat2.def.epsilonr_iso)</str> <str>comp1.mat2.lst.epsilonPrim21</str> <str>0</str> <str>comp1.mat2.lst.epsilonPrim31</str> <str>0</str> <str>comp1.mat2.lst.epsilonPrim12</str> <str>0</str> <str>comp1.mat2.lst.epsilonPrim22</str> <str>real(comp1.mat2.def.epsilonr_iso)</str> <str>comp1.mat2.lst.epsilonPrim32</str> <str>0</str> <str>comp1.mat2.lst.epsilonPrim13</str> <str>0</str> <str>comp1.mat2.lst.epsilonPrim23</str> <str>0</str> <str>comp1.mat2.lst.epsilonPrim33</str> <str>real(comp1.mat2.def.epsilonr_iso)</str> <str>comp1.mat2.lst.epsilonPrim_iso</str> <str>real(comp1.mat2.def.epsilonr_iso)</str> <str>comp1.mat2.lst.epsilonPrim_symmetry</str> <str>4</str> <str>comp1.mat2.lst.delta</str> <str>atan2(-imag(comp1.mat2.def.epsilonr_iso),real(comp1.mat2.def.epsilonr_iso))*unit_rad_cf</str> <str>comp1.mat2.rfi.n11</str> <str>sqrt(0.5*(real(comp1.mat2.def.epsilonr_iso)+sqrt(real(comp1.mat2.def.epsilonr_iso)^2+(-imag(comp1.mat2.def.epsilonr_iso))^2)))</str> <str>comp1.mat2.rfi.n21</str> <str>0</str> <str>comp1.mat2.rfi.n31</str> <str>0</str> <str>comp1.mat2.rfi.n12</str> <str>0</str> <str>comp1.mat2.rfi.n22</str> <str>sqrt(0.5*(real(comp1.mat2.def.epsilonr_iso)+sqrt(real(comp1.mat2.def.epsilonr_iso)^2+(-imag(comp1.mat2.def.epsilonr_iso))^2)))</str> <str>comp1.mat2.rfi.n32</str> <str>0</str> <str>comp1.mat2.rfi.n13</str> <str>0</str> <str>comp1.mat2.rfi.n23</str> <str>0</str> <str>comp1.mat2.rfi.n33</str> <str>sqrt(0.5*(real(comp1.mat2.def.epsilonr_iso)+sqrt(real(comp1.mat2.def.epsilonr_iso)^2+(-imag(comp1.mat2.def.epsilonr_iso))^2)))</str> <str>comp1.mat2.rfi.n_iso</str> <str>sqrt(0.5*(real(comp1.mat2.def.epsilonr_iso)+sqrt(real(comp1.mat2.def.epsilonr_iso)^2+(-imag(comp1.mat2.def.epsilonr_iso))^2)))</str> <str>comp1.mat2.rfi.n_symmetry</str> <str>4</str> <str>comp1.mat2.rfi.ki11</str> <str>-0.5*imag(comp1.mat2.def.epsilonr_iso)/sqrt(0.5*(real(comp1.mat2.def.epsilonr_iso)+sqrt(real(comp1.mat2.def.epsilonr_iso)^2+(-imag(comp1.mat2.def.epsilonr_iso))^2)))</str> <str>comp1.mat2.rfi.ki21</str> <str>0</str> <str>comp1.mat2.rfi.ki31</str> <str>0</str> <str>comp1.mat2.rfi.ki12</str> <str>0</str> <str>comp1.mat2.rfi.ki22</str> <str>-0.5*imag(comp1.mat2.def.epsilonr_iso)/sqrt(0.5*(real(comp1.mat2.def.epsilonr_iso)+sqrt(real(comp1.mat2.def.epsilonr_iso)^2+(-imag(comp1.mat2.def.epsilonr_iso))^2)))</str> <str>comp1.mat2.rfi.ki32</str> <str>0</str> <str>comp1.mat2.rfi.ki13</str> <str>0</str> <str>comp1.mat2.rfi.ki23</str> <str>0</str> <str>comp1.mat2.rfi.ki33</str> <str>-0.5*imag(comp1.mat2.def.epsilonr_iso)/sqrt(0.5*(real(comp1.mat2.def.epsilonr_iso)+sqrt(real(comp1.mat2.def.epsilonr_iso)^2+(-imag(comp1.mat2.def.epsilonr_iso))^2)))</str> <str>comp1.mat2.rfi.ki_iso</str> <str>-0.5*imag(comp1.mat2.def.epsilonr_iso)/sqrt(0.5*(real(comp1.mat2.def.epsilonr_iso)+sqrt(real(comp1.mat2.def.epsilonr_iso)^2+(-imag(comp1.mat2.def.epsilonr_iso))^2)))</str> <str>comp1.mat2.rfi.ki_symmetry</str> <str>4</str> <str>comp1.mat2.del.epsilonPrim11</str> <str>real(comp1.mat2.def.epsilonr11)</str> <str>comp1.mat2.del.epsilonPrim21</str> <str>real(comp1.mat2.def.epsilonr21)</str> <str>comp1.mat2.del.epsilonPrim31</str> <str>real(comp1.mat2.def.epsilonr31)</str> <str>comp1.mat2.del.epsilonPrim12</str> <str>real(comp1.mat2.def.epsilonr12)</str> <str>comp1.mat2.del.epsilonPrim22</str> <str>real(comp1.mat2.def.epsilonr22)</str> <str>comp1.mat2.del.epsilonPrim32</str> <str>real(comp1.mat2.def.epsilonr32)</str> <str>comp1.mat2.del.epsilonPrim13</str> <str>real(comp1.mat2.def.epsilonr13)</str> <str>comp1.mat2.del.epsilonPrim23</str> <str>real(comp1.mat2.def.epsilonr23)</str> <str>comp1.mat2.del.epsilonPrim33</str> <str>real(comp1.mat2.def.epsilonr33)</str> <str>comp1.mat2.del.epsilonPrim_iso</str> <str>if(real(comp1.mat2.def.epsilonr12)==0&amp;&amp;real(comp1.mat2.def.epsilonr13)==0&amp;&amp;real(comp1.mat2.def.epsilonr21)==0&amp;&amp;real(comp1.mat2.def.epsilonr22)==real(comp1.mat2.def.epsilonr11)&amp;&amp;real(comp1.mat2.def.epsilonr23)==0&amp;&amp;real(comp1.mat2.def.epsilonr31)==0&amp;&amp;real(comp1.mat2.def.epsilonr32)==0&amp;&amp;real(comp1.mat2.def.epsilonr33)==real(comp1.mat2.def.epsilonr11),real(comp1.mat2.def.epsilonr11),error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> <str>comp1.mat2.del.epsilonPrim_symmetry</str> <str>4</str> <str>comp1.mat2.del.epsilonBis11</str> <str>-imag(comp1.mat2.def.epsilonr11)</str> <str>comp1.mat2.del.epsilonBis21</str> <str>-imag(comp1.mat2.def.epsilonr21)</str> <str>comp1.mat2.del.epsilonBis31</str> <str>-imag(comp1.mat2.def.epsilonr31)</str> <str>comp1.mat2.del.epsilonBis12</str> <str>-imag(comp1.mat2.def.epsilonr12)</str> <str>comp1.mat2.del.epsilonBis22</str> <str>-imag(comp1.mat2.def.epsilonr22)</str> <str>comp1.mat2.del.epsilonBis32</str> <str>-imag(comp1.mat2.def.epsilonr32)</str> <str>comp1.mat2.del.epsilonBis13</str> <str>-imag(comp1.mat2.def.epsilonr13)</str> <str>comp1.mat2.del.epsilonBis23</str> <str>-imag(comp1.mat2.def.epsilonr23)</str> <str>comp1.mat2.del.epsilonBis33</str> <str>-imag(comp1.mat2.def.epsilonr33)</str> <str>comp1.mat2.del.epsilonBis_iso</str> <str>if(-imag(comp1.mat2.def.epsilonr12)==0&amp;&amp;-imag(comp1.mat2.def.epsilonr13)==0&amp;&amp;-imag(comp1.mat2.def.epsilonr21)==0&amp;&amp;-imag(comp1.mat2.def.epsilonr22)==-imag(comp1.mat2.def.epsilonr11)&amp;&amp;-imag(comp1.mat2.def.epsilonr23)==0&amp;&amp;-imag(comp1.mat2.def.epsilonr31)==0&amp;&amp;-imag(comp1.mat2.def.epsilonr32)==0&amp;&amp;-imag(comp1.mat2.def.epsilonr33)==-imag(comp1.mat2.def.epsilonr11),-imag(comp1.mat2.def.epsilonr11),error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> <str>comp1.mat2.del.epsilonBis_symmetry</str> <str>4</str> <str>comp1.mat2.smaA.Cp_A</str> <str>comp1.mat2.def.heatcapacity</str> <str>comp1.mat2.smaM.Cp_M</str> <str>comp1.mat2.def.heatcapacity</str> <str>comp1.mat2.smaA.k_A11</str> <str>comp1.mat2.def.thermalconductivity11</str> <str>comp1.mat2.smaA.k_A21</str> <str>0</str> <str>comp1.mat2.smaA.k_A31</str> <str>0</str> <str>comp1.mat2.smaA.k_A12</str> <str>0</str> <str>comp1.mat2.smaA.k_A22</str> <str>comp1.mat2.def.thermalconductivity22</str> <str>comp1.mat2.smaA.k_A32</str> <str>0</str> <str>comp1.mat2.smaA.k_A13</str> <str>0</str> <str>comp1.mat2.smaA.k_A23</str> <str>0</str> <str>comp1.mat2.smaA.k_A33</str> <str>comp1.mat2.def.thermalconductivity33</str> <str>comp1.mat2.smaA.k_A_iso</str> <str>if(comp1.mat2.def.thermalconductivity22==comp1.mat2.def.thermalconductivity11&amp;&amp;comp1.mat2.def.thermalconductivity33==comp1.mat2.def.thermalconductivity11,comp1.mat2.def.thermalconductivity11,error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> <str>comp1.mat2.smaA.k_A_symmetry</str> <str>0</str> <str>comp1.mat2.smaM.k_M11</str> <str>comp1.mat2.def.thermalconductivity11</str> <str>comp1.mat2.smaM.k_M21</str> <str>0</str> <str>comp1.mat2.smaM.k_M31</str> <str>0</str> <str>comp1.mat2.smaM.k_M12</str> <str>0</str> <str>comp1.mat2.smaM.k_M22</str> <str>comp1.mat2.def.thermalconductivity22</str> <str>comp1.mat2.smaM.k_M32</str> <str>0</str> <str>comp1.mat2.smaM.k_M13</str> <str>0</str> <str>comp1.mat2.smaM.k_M23</str> <str>0</str> <str>comp1.mat2.smaM.k_M33</str> <str>comp1.mat2.def.thermalconductivity33</str> <str>comp1.mat2.smaM.k_M_iso</str> <str>if(comp1.mat2.def.thermalconductivity22==comp1.mat2.def.thermalconductivity11&amp;&amp;comp1.mat2.def.thermalconductivity33==comp1.mat2.def.thermalconductivity11,comp1.mat2.def.thermalconductivity11,error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> <str>comp1.mat2.smaM.k_M_symmetry</str> <str>0</str> <str>comp1.mat2.idealGas.Cp</str> <str>comp1.mat2.def.heatcapacity</str> </arr> </rec> |<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.mat2.AroraMobilityModel.mun0_ref_arora</str> <str>1252*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> <str>comp1.mat2.AroraMobilityModel.mup0_ref_arora</str> <str>407*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> <str>comp1.mat2.AroraMobilityModel.mun_min_ref_arora</str> <str>88*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> <str>comp1.mat2.AroraMobilityModel.mup_min_ref_arora</str> <str>54.3*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> <str>comp1.mat2.AroraMobilityModel.Nn0_ref_arora</str> <str>1.26E17/unit_cm_cf^3</str> <str>comp1.mat2.AroraMobilityModel.Np0_ref_arora</str> <str>2.35E17/unit_cm_cf^3</str> <str>comp1.mat2.AroraMobilityModel.alpha0_arora</str> <str>0.88</str> <str>comp1.mat2.AroraMobilityModel.beta1_arora</str> <str>-0.57</str> <str>comp1.mat2.AroraMobilityModel.beta2_arora</str> <str>-2.33</str> <str>comp1.mat2.AroraMobilityModel.beta3_arora</str> <str>-2.33</str> <str>comp1.mat2.AroraMobilityModel.beta4_arora</str> <str>-0.146</str> <str>comp1.mat2.AroraMobilityModel.Tref_arora</str> <str>300*unit_K_cf</str> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.mat2.PowerLawMobilityModel.mun0_pl</str> <str>1448*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> <str>comp1.mat2.PowerLawMobilityModel.mup0_pl</str> <str>473*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> <str>comp1.mat2.PowerLawMobilityModel.alphan_pl</str> <str>2.33</str> <str>comp1.mat2.PowerLawMobilityModel.alphap_pl</str> <str>2.23</str> <str>comp1.mat2.PowerLawMobilityModel.Tref_pl</str> <str>300*unit_K_cf</str> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.mat2.Auger.Cn</str> <str>2.8E-31*unit_cm_cf^6/unit_s_cf</str> <str>comp1.mat2.Auger.Cp</str> <str>9.9E-32*unit_cm_cf^6/unit_s_cf</str> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.mat2.Direct.C</str> <str>0</str> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.mat2.SRH.taun</str> <str>10*unit_us_cf</str> <str>comp1.mat2.SRH.taup</str> <str>10*unit_us_cf</str> </arr> </rec> x<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.mat2.FletcherMobilityModel.F1_fl</str> <str>1.04E21/(unit_cm_cf*unit_V_cf*unit_s_cf)</str> <str>comp1.mat2.FletcherMobilityModel.F2_fl</str> <str>7.45E13/unit_cm_cf^2</str> <str>comp1.mat2.FletcherMobilityModel.Tref_fl</str> <str>300*unit_K_cf</str> </arr> </rec> L<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.mat2.CaugheyThomasMobilityModel.alphan0_ct</str> <str>1.11</str> <str>comp1.mat2.CaugheyThomasMobilityModel.alphap0_ct</str> <str>1.21</str> <str>comp1.mat2.CaugheyThom `asMobilityModel.vn0_ct</str> <str>10000000*unit_cm_cf/unit_s_cf</str> <str>comp1.mat2.CaugheyThomasMobilityModel.vp0_ct</str> <str>8370000*unit_cm_cf/unit_s_cf</str> <str>comp1.mat2.CaugheyThomasMobilityModel.betan1_ct</str> <str>0.66</str> <str>comp1.mat2.CaugheyThomasMobilityModel.betap1_ct</str> <str>0.17</str> <str>comp1.mat2.CaugheyThomasMobilityModel.betan2_ct</str> <str>-0.87</str> <str>comp1.mat2.CaugheyThomasMobilityModel.betap2_ct</str> <str>-0.52</str> <str>comp1.mat2.CaugheyThomasMobilityModel.Tref_ct</str> <str>300*unit_K_cf</str> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.mat2.SemicondMaterial.Eg0</str> <str>1.12*unit_V_cf</str> <str>comp1.mat2.SemicondMaterial.chi0</str> <str>4.05*unit_V_cf</str> <str>comp1.mat2.SemicondMaterial.Nv</str> <str>1.04E19*(minput.T/(300*unit_K_cf))^1.5/unit_cm_cf^3</str> <str>comp1.mat2.SemicondMaterial.Nc</str> <str>2.8E19*(minput.T/(300*unit_K_cf))^1.5/unit_cm_cf^3</str> <str>comp1.mat2.SemicondMaterial.mun</str> <str>1450*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> <str>comp1.mat2.SemicondMaterial.mup</str> <str>500*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.mat2.LombardiSurfaceMobilityModel.deltan_ls</str> <str>5.82E14*unit_V_cf/unit_s_cf</str> <str>comp1.mat2.LombardiSurfaceMobilityModel.deltap_ls</str> <str>2.05E14*unit_V_cf/unit_s_cf</str> <str>comp1.mat2.LombardiSurfaceMobilityModel.mun1_ls</str> <str>47500000*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> <str>comp1.mat2.LombardiSurfaceMobilityModel.mup1_ls</str> <str>99300000*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> <str>comp1.mat2.LombardiSurfaceMobilityModel.mun2_ls</str> <str>174000*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> <str>comp1.mat2.LombardiSurfaceMobilityModel.mup2_ls</str> <str>884000*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> <str>comp1.mat2.LombardiSurfaceMobilityModel.alphan_ls</str> <str>0.125</str> <str>comp1.mat2.LombardiSurfaceMobilityModel.alphap_ls</str> <str>0.0317</str> <str>comp1.mat2.LombardiSurfaceMobilityModel.Tref_ls</str> <str>unit_K_cf</str> <str>comp1.mat2.LombardiSurfaceMobilityModel.Eref_ls</str> <str>unit_V_cf/unit_cm_cf</str> <str>comp1.mat2.LombardiSurfaceMobilityModel.Nref_ls</str> <str>1/unit_cm_cf^3</str> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.mat2.ImpactIonization.an</str> <str>0.426/unit_V_cf</str> <str>comp1.mat2.ImpactIonization.ap</str> <str>0.243/unit_V_cf</str> <str>comp1.mat2.ImpactIonization.bn</str> <str>481000*unit_V_cf/unit_cm_cf</str> <str>comp1.mat2.ImpactIonization.bp</str> <str>653000*unit_V_cf/unit_cm_cf</str> <str>comp1.mat2.ImpactIonization.cnii</str> <str>3.05E-4/unit_K_cf</str> <str>comp1.mat2.ImpactIonization.cpii</str> <str>5.35E-4/unit_K_cf</str> <str>comp1.mat2.ImpactIonization.dn</str> <str>6.86E-4/unit_K_cf</str> <str>comp1.mat2.ImpactIonization.dp</str> <str>5.67E-4/unit_K_cf</str> </arr> </rec> C<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.mat2.SlotboomModel.Eref_sb</str> <str>0.00692*unit_V_cf</str> <str>comp1.mat2.SlotboomModel.Nref_sb</str> <str>1.3E17/unit_cm_cf^3</str> <str>comp1.mat2.SlotboomModel.alpha_sb</str> <str>0.5</str> </arr> </rec> }<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.mat2.JainRoulstonModel.An_jr</str> <str>3.5E-8*unit_V_cf</str> <str>comp1.mat2.JainRoulstonModel.Bn_jr</str> <str>0</str> <str>comp1.mat2.JainRoulstonModel.Cn_jr</str> <str>0</str> <str>comp1.mat2.JainRoulstonModel.Ap_jr</str> <str>3.5E-8*unit_V_cf</str> <str>comp1.mat2.JainRoulstonModel.Bp_jr</str> <str>0</str> <str>comp1.mat2.JainRoulstonModel.Cp_jr</str> <str>0</str> <str>comp1.mat2.JainRoulstonModel.Nref_jr</str> <str>1/unit_cm_cf^3</str> <str>comp1.mat2.JainRoulstonModel.alpha_jr</str> <str>0.5</str> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>comp1.mat2.KlaassenUnifiedMobilityModel.T_ref_kl</str> <str>300*unit_K_cf</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.mu_e_max_kl</str> <str>1414*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.mu_h_max_kl</str> <str>470.5*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.mu_e_min_kl</str> <str>68.5*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.mu_h_min_kl</str> <str>44.9*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.theta_e_kl</str> <str>2.285</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.theta_h_kl</str> <str>2.247</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.alpha_e_1_kl</str> <str>0.711</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.alpha_h_1_kl</str> <str>0.719</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.N_ref_e_1_kl</str> <str>9.2E16*unit_cm_cf^(-3)</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.N_ref_h_1_kl</str> <str>2.23E17*unit_cm_cf^(-3)</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.c_D_kl</str> <str>0.21</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.c_A_kl</str> <str>0.5</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.N_ref_D_kl</str> <str>4.0E20*unit_cm_cf^(-3)</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.N_ref_A_kl</str> <str>7.2E20*unit_cm_cf^(-3)</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.f_BH_kl</str> <str>3.828</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.f_CW_kl</str> <str>2.459</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.N_BH_kl</str> <str>1.36E20*unit_cm_cf^(-3)</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.P_CW_kl</str> <str>3.97E13</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.s_1_kl</str> <str>0.89233</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.s_2_kl</str> <str>0.41372</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.s_3_kl</str> <str>0.19778</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.s_4_kl</str> <str>0.28227</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.s_5_kl</str> <str>0.005978</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.s_6_kl</str> <str>1.80618</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.s_7_kl</str> <str>0.72169</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.r_1_kl</str> <str>0.7643</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.r_2_kl</str> <str>2.2999</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.r_3_kl</str> <str>6.5502</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.r_4_kl</str> <str>2.367</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.r_5_kl</str> <str>-0.01552</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.r_6_kl</str> <str>0.6478</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.m_e_kl</str> <str>me_const</str> <str>comp1.mat2.KlaassenUnifiedMobilityModel.m_h_kl</str> <str>1.258*me_const</str> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <arr> <str>comp1.material.F11</str> <arr> <str>1</str> </arr> <str>comp1.material.F21</str> <arr> <str>0</str> </arr> <str>comp1.material.F31</str> <arr> <str>0</str> </arr> <str>comp1.material.F12</str> <arr> <str>0</str> </arr> <str>comp1.material.F22</str> <arr> <str>1</str> </arr> <str>comp1.material.F32</str> <arr> <str>0</str> </arr> <str>comp1.material.F13</str> <arr> <str>0</str> </arr> <str>comp1.material.F23</str> <arr> <str>0</str> </arr> <str>comp1.material.F33</str> <arr> <str>1</str> </arr> <str>comp1.material.detF</str> <arr> <str>1</str> </arr> <str>comp1.material.gSubXgXg</str> <arr> <str>comp1.material.F11^2</str> </arr> <str>comp1.material.gSubYgXg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubZgXg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubXgYg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubYgYg</str> <arr> <str>1</str> </arr> <str>comp1.material.gSubZgYg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubXgZg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubYgZg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubZgZg</str> <arr> <str>1</str> </arr> <str>comp1.material.gSupXgXg</str> <arr> <str>comp1.material.invF11^2</str> </arr> <str>comp1.material.gSupYgXg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupZgXg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupXgYg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupYgYg</str> <arr> <str>1</str> </arr> <str>comp1.material.gSupZgYg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupXgZg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupYgZg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupZgZg</str> <arr> <str>1</str> </arr> <str>comp1.spatial.F11</str> <arr> <str>1</str> </arr> <str>comp1.spatial.F21</str> <arr> <str>0</str> </arr> <str>comp1.spatial.F31</str> <arr> <str>0</str> </arr> <str>comp1.spatial.F12</str> <arr> <str>0</str> </arr> <str>comp1.spatial.F22</str> <arr> <str>1</str> </arr> <str>comp1.spatial.F32</str> <arr> <str>0</str> </arr> <str>comp1.spatial.F13</str> <arr> <str>0</str> </arr> <str>comp1.spatial.F23</str> <arr> <str>0</str> </arr> <str>comp1.spatial.F33</str> <arr> <str>1</str> </arr> <str>comp1.spatial.detF</str> <arr> <str>1</str> </arr> <str>comp1.spatial.gSubXX</str> <arr> <str>comp1.spatial.F11^2</str> </arr> <str>comp1.spatial.gSubYX</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSubZX</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSubXY</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSubYY</str> <arr> <str>1</str> </arr> <str>comp1.spatial.gSubZY</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSubXZ</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSubYZ</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSubZZ</str> <arr> <str>1</str> </arr> <str>comp1.spatial.gSupXX</str> <arr> <str>comp1.spatial.invF11^2</str> </arr> <str>comp1.spatial.gSupYX</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSupZX</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSupXY</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSupYY</str> <arr> <str>1</str> </arr> <str>comp1.spatial.gSupZY</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSupXZ</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSupYZ</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSupZZ</str> <arr> <str>1</str> </arr> <str>comp1.spatial.invF11</str> <arr> <str>1</str> </arr> <str>comp1.spatial.invF21</str> <arr> <str>0</str> </arr> <str>comp1.spatial.invF31</str> <arr> <str>0</str> </arr> <str>comp1.spatial.invF12</str> <arr> <str>0</str> </arr> <str>comp1.spatial.invF22</str> <arr> <str>1</str> </arr> <str>comp1.spatial.invF32</str> <arr> <str>0</str> </arr> <str>comp1.spatial.invF13</str> <arr> <str>0</str> </arr> <str>comp1.spatial.invF23</str> <arr> <str>0</str> </arr> <str>comp1.spatial.invF33</str> <arr> <str>1</str> </arr> <str>comp1.spatial.detInvF</str> <arr> <str>1</str> </arr> <str>comp1.material.gSubxx</str> <arr> <str>comp1.spatial.invF11^2</str> </arr> <str>comp1.material.gSubyx</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubzx</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubxy</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubyy</str> <arr> <str>1</str> </arr> <str>comp1.material.gSubzy</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubxz</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubyz</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubzz</str> <arr> <str>1</str> </arr> <str>comp1.material.gSupxx</str> <arr> <str>comp1.spatial.F11^2</str> </arr> <str>comp1.material.gSupyx</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupzx</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupxy</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupyy</str> <arr> <str>1</str> </arr> <str>comp1.material.gSupzy</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupxz</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupyz</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupzz</str> <arr> <str>1</str> </arr> <str>comp1.material.invF11</str> <arr> <str>1</str> </arr> <str>comp1.material.invF21</str> <arr> <str>0</str> </arr> <str>comp1.material.invF31</str> <arr> <str>0</str> </arr> <str>comp1.material.invF12</str> <arr> <str>0</str> </arr> <str>comp1.material.invF22</str> <arr> <str>1</str> </arr> <str>comp1.material.invF32</str> <arr> <str>0</str> </arr> <str>comp1.material.invF13</str> <arr> <str>0</str> </arr> <str>comp1.material.invF23</str> <arr> <str>0</str> </arr> <str>comp1.material.invF33</str> <arr> <str>1</str> </arr> <str>comp1.material.detInvF</str> <arr> <str>1</str> </arr> <str>comp1.geometry.gSubXX</str> <arr> <str>comp1.material.invF11^2</str> </arr> <str>comp1.geometry.gSubYX</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSubZX</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSubXY</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSubYY</str> <arr> <str>1</str> </arr> <str>comp1.geometry.gSubZY</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSubXZ</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSubYZ</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSubZZ</str> <arr> <str>1</str> </arr> <str>comp1.geometry.gSupXX</str> <arr> <str>comp1.material.F11^2</str> </arr> <str>comp1.geometry.gSupYX</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSupZX</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSupXY</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSupYY</str> <arr> <str>1</str> </arr> <str>comp1.geometry.gSupZY</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSupXZ</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSupYZ</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSupZZ</str> <arr> <str>1</str> </arr> <str>comp1.dGeomChar</str> <arr> <str>1.0E-6</str> </arr> <str>material.boundary</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> *<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.material.F11</str> <arr> <str>1</str> </arr> <str>comp1.material.F21</str> <arr> <str>0</str> </arr> <str>comp1.material.F31</str> <arr> <str>0</str> </arr> <str>comp1.material.F12</str> <arr> <str>0</str> </arr> <str>comp1.material.F22</str> <arr> <str>1</str> </arr> <str>comp1.material.F32</str> <arr> <str>0</str> </arr> <str>comp1.material.F13</str> <arr> <str>0</str> </arr> <str>comp1.material.F23</str> <arr> <str>0</str> </arr> <str>comp1.material.F33</str> <arr> <str>1</str> </arr> <str>comp1.material.detF</str> <arr> <str>1</str> </arr> <str>comp1.material.gSubXgXg</str> <arr> <str>comp1.material.F11^2</str> </arr> <str>comp1.material.gSubYgXg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubZgXg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubXgYg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubYgYg</str> <arr> <str>1</str> </arr> <str>comp1.material.gSubZgYg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubXgZg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubYgZg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubZgZg</str> <arr> <str>1</str> </arr> <str>comp1.material.gSupXgXg</str> <arr> <str>comp1.material.invF11^2</str> </arr> <str>comp1.material.gSupYgXg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupZgXg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupXgYg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupYgYg</str> <arr> <str>1</str> </arr> <str>comp1.material.gSupZgYg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupXgZg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupYgZg</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupZgZg</str> <arr> <str>1</str> </arr> <str>comp1.spatial.F11</str> <arr> <str>1</str> </arr> <str>comp1.spatial.F21</str> <arr> <str>0</str> </arr> <str>comp1.spatial.F31</str> <arr> <str>0</str> </arr> <str>comp1.spatial.F12</str> <arr> <str>0</str> </arr> <str>comp1.spatial.F22</str> <arr> <str>1</str> </arr> <str>comp1.spatial.F32</str> <arr> <str>0</str> </arr> <str>comp1.spatial.F13</str> <arr> <str>0</str> </arr> <str>comp1.spatial.F23</str> <arr> <str>0</str> </arr> <str>comp1.spatial.F33</str> <arr> <str>1</str> </arr> <str>comp1.spatial.detF</str> <arr> <str>1</str> </arr> <str>comp1.spatial.gSubXX</str> <arr> <str>comp1.spatial.F11^2</str> </arr> <str>comp1.spatial.gSubYX</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSubZX</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSubXY</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSubYY</str> <arr> <str>1</str> </arr> <str>comp1.spatial.gSubZY</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSubXZ</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSubYZ</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSubZZ</str> <arr> <str>1</str> </arr> <str>comp1.spatial.gSupXX</str> <arr> <str>comp1.spatial.invF11^2</str> </arr> <str>comp1.spatial.gSupYX</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSupZX</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSupXY</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSupYY</str> <arr> <str>1</str> </arr> <str>comp1.spatial.gSupZY</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSupXZ</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSupYZ</str> <arr> <str>0</str> </arr> <str>comp1.spatial.gSupZZ</str> <arr> <str>1</str> </arr> <str>comp1.spatial.invF11</str> <arr> <str>1</str> </arr> <str>comp1.spatial.invF21</str> <arr> <str>0</str> </arr> <str>comp1.spatial.invF31</str> <arr> <str>0</str> </arr> <str>comp1.spatial.invF12</str> <arr> <str>0</str> </arr> <str>comp1.spatial.invF22</str> <arr> <str>1</str> </arr> <str>comp1.spatial.invF32</str> <arr> <str>0</str> </arr> <str>comp1.spatial.invF13</str> <arr> <str>0</str> </arr> <str>comp1.spatial.invF23</str> <arr> <str>0</str> </arr> <str>comp1.spatial.invF33</str> <arr> <str>1</str> </arr> <str>comp1.spatial.detInvF</str> <arr> <str>1</str> </arr> <str>comp1.material.gSubxx</str> <arr> <str>comp1.spatial.invF11^2</str> </arr> <str>comp1.material.gSubyx</str> < `arr> <str>0</str> </arr> <str>comp1.material.gSubzx</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubxy</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubyy</str> <arr> <str>1</str> </arr> <str>comp1.material.gSubzy</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubxz</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubyz</str> <arr> <str>0</str> </arr> <str>comp1.material.gSubzz</str> <arr> <str>1</str> </arr> <str>comp1.material.gSupxx</str> <arr> <str>comp1.spatial.F11^2</str> </arr> <str>comp1.material.gSupyx</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupzx</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupxy</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupyy</str> <arr> <str>1</str> </arr> <str>comp1.material.gSupzy</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupxz</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupyz</str> <arr> <str>0</str> </arr> <str>comp1.material.gSupzz</str> <arr> <str>1</str> </arr> <str>comp1.material.invF11</str> <arr> <str>1</str> </arr> <str>comp1.material.invF21</str> <arr> <str>0</str> </arr> <str>comp1.material.invF31</str> <arr> <str>0</str> </arr> <str>comp1.material.invF12</str> <arr> <str>0</str> </arr> <str>comp1.material.invF22</str> <arr> <str>1</str> </arr> <str>comp1.material.invF32</str> <arr> <str>0</str> </arr> <str>comp1.material.invF13</str> <arr> <str>0</str> </arr> <str>comp1.material.invF23</str> <arr> <str>0</str> </arr> <str>comp1.material.invF33</str> <arr> <str>1</str> </arr> <str>comp1.material.detInvF</str> <arr> <str>1</str> </arr> <str>comp1.geometry.gSubXX</str> <arr> <str>comp1.material.invF11^2</str> </arr> <str>comp1.geometry.gSubYX</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSubZX</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSubXY</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSubYY</str> <arr> <str>1</str> </arr> <str>comp1.geometry.gSubZY</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSubXZ</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSubYZ</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSubZZ</str> <arr> <str>1</str> </arr> <str>comp1.geometry.gSupXX</str> <arr> <str>comp1.material.F11^2</str> </arr> <str>comp1.geometry.gSupYX</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSupZX</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSupXY</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSupYY</str> <arr> <str>1</str> </arr> <str>comp1.geometry.gSupZY</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSupXZ</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSupYZ</str> <arr> <str>0</str> </arr> <str>comp1.geometry.gSupZZ</str> <arr> <str>1</str> </arr> <str>comp1.isScalingSystemDomain</str> <arr> <str>0</str> </arr> <str>comp1.isPML</str> <arr> <str>0</str> </arr> <str>comp1.dGeomChar</str> <arr> <str>1.0E-6</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.spatial.rho</str> <arr> <str>material.rho</str> </arr> <str>material.domain</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.spatial.rho</str> <arr> <str>material.rho</str> </arr> <str>material.domain</str> <arr> <str>1</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> #<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>minput.l</str> <arr> <str>0</str> </arr> <str>minput.I</str> <arr> <str>0</str> </arr> <str>minput.T</str> <arr> <str>293.15*unit_K_cf</str> </arr> <str>minput.phi</str> <arr> <str>0</str> </arr> <str>minput.li</str> <arr> <str>0</str> </arr> <str>minput.omega</str> <arr> <str>0</str> </arr> <str>minput.c</str> <arr> <str>0</str> </arr> <str>minput.Ene</str> <arr> <str>0</str> </arr> <str>minput.freq</str> <arr> <str>0</str> </arr> <str>minput.lambda</str> <arr> <str>0</str> </arr> <str>minput.phil</str> <arr> <str>0</str> </arr> <str>minput.sigmal</str> <arr> <str>0</str> </arr> <str>minput.soc</str> <arr> <str>0</str> </arr> <str>minput.doc</str> <arr> <str>0</str> </arr> <str>minput.Tu</str> <arr> <str>293.15*unit_K_cf</str> </arr> <str>minput.Td</str> <arr> <str>293.15*unit_K_cf</str> </arr> <str>minput.Q</str> <arr> <str>0</str> </arr> <str>minput.J1</str> <arr> <str>0</str> </arr> <str>minput.J2</str> <arr> <str>0</str> </arr> <str>minput.J3</str> <arr> <str>0</str> </arr> <str>minput.Qj</str> <arr> <str>0</str> </arr> <str>minput.Df1</str> <arr> <str>0</str> </arr> <str>minput.Df2</str> <arr> <str>0</str> </arr> <str>minput.Df3</str> <arr> <str>0</str> </arr> <str>minput.E1</str> <arr> <str>0</str> </arr> <str>minput.E2</str> <arr> <str>0</str> </arr> <str>minput.E3</str> <arr> <str>0</str> </arr> <str>minput.V</str> <arr> <str>comp1.V</str> </arr> <str>minput.W</str> <arr> <str>0</str> </arr> <str>minput.Ql</str> <arr> <str>0</str> </arr> <str>minput.Qjl</str> <arr> <str>0</str> </arr> <str>minput.H1</str> <arr> <str>0</str> </arr> <str>minput.H2</str> <arr> <str>0</str> </arr> <str>minput.H3</str> <arr> <str>0</str> </arr> <str>minput.B1</str> <arr> <str>0</str> </arr> <str>minput.B2</str> <arr> <str>0</str> </arr> <str>minput.B3</str> <arr> <str>0</str> </arr> <str>minput.nFe</str> <arr> <str>0</str> </arr> <str>minput.nF</str> <arr> <str>0</str> </arr> <str>minput.I0</str> <arr> <str>0</str> </arr> <str>minput.pFlow</str> <arr> <str>0</str> </arr> <str>minput.rhoq</str> <arr> <str>0</str> </arr> <str>minput.rhoqs</str> <arr> <str>0</str> </arr> <str>minput.Js1</str> <arr> <str>0</str> </arr> <str>minput.Js2</str> <arr> <str>0</str> </arr> <str>minput.Js3</str> <arr> <str>0</str> </arr> <str>minput.Jms1</str> <arr> <str>0</str> </arr> <str>minput.Jms2</str> <arr> <str>0</str> </arr> <str>minput.Jms3</str> <arr> <str>0</str> </arr> <str>minput.epcap</str> <arr> <str>0</str> </arr> <str>minput.D</str> <arr> <str>0</str> </arr> <str>minput.u_d1</str> <arr> <str>0</str> </arr> <str>minput.u_d2</str> <arr> <str>0</str> </arr> <str>minput.u_d3</str> <arr> <str>0</str> </arr> <str>minput.epet</str> <arr> <str>0</str> </arr> <str>minput.epe</str> <arr> <str>0</str> </arr> <str>minput.epm</str> <arr> <str>0</str> </arr> <str>minput.evpe</str> <arr> <str>0</str> </arr> <str>minput.evpet</str> <arr> <str>0</str> </arr> <str>minput.esh</str> <arr> <str>0</str> </arr> <str>minput.epea</str> <arr> <str>0</str> </arr> <str>minput.epev</str> <arr> <str>0</str> </arr> <str>minput.Spr</str> <arr> <str>35</str> </arr> <str>minput.Sp</str> <arr> <str>0</str> </arr> <str>minput.Tempref</str> <arr> <str>293.15*unit_K_cf</str> </arr> <str>minput.eax</str> <arr> <str>0</str> </arr> <str>minput.a</str> <arr> <str>0</str> </arr> <str>minput.cr</str> <arr> <str>0</str> </arr> <str>minput.uc1</str> <arr> <str>0</str> </arr> <str>minput.uc2</str> <arr> <str>0</str> </arr> <str>minput.uc3</str> <arr> <str>0</str> </arr> <str>minput.pc</str> <arr> <str>0</str> </arr> <str>minput.phid</str> <arr> <str>0</str> </arr> <str>minput.rhogeff</str> <arr> <str>0</str> </arr> <str>minput.ne</str> <arr> <str>0</str> </arr> <str>minput.en</str> <arr> <str>0</str> </arr> <str>minput.Ge</str> <arr> <str>0</str> </arr> <str>minput.seflux</str> <arr> <str>0</str> </arr> <str>minput.f1</str> <arr> <str>0</str> </arr> <str>minput.f2</str> <arr> <str>0</str> </arr> <str>minput.f3</str> <arr> <str>0</str> </arr> <str>minput.Rb</str> <arr> <str>0</str> </arr> <str>minput.eta</str> <arr> <str>0</str> </arr> <str>minput.q0</str> <arr> <str>0</str> </arr> <str>minput.qs</str> <arr> <str>0</str> </arr> <str>minput.kh</str> <arr> <str>0</str> </arr> <str>minput.K11</str> <arr> <str>0</str> </arr> <str>minput.K21</str> <arr> <str>0</str> </arr> <str>minput.K31</str> <arr> <str>0</str> </arr> <str>minput.K12</str> <arr> <str>0</str> </arr> <str>minput.K22</str> <arr> <str>0</str> </arr> <str>minput.K32</str> <arr> <str>0</str> </arr> <str>minput.K13</str> <arr> <str>0</str> </arr> <str>minput.K23</str> <arr> <str>0</str> </arr> <str>minput.K33</str> <arr> <str>0</str> </arr> <str>minput.dHpdt</str> <arr> <str>0</str> </arr> <str>minput.Sen</str> <arr> <str>0</str> </arr> <str>minput.neinit</str> <arr> <str>0</str> </arr> <str>minput.Gk</str> <arr> <str>0</str> </arr> <str>minput.nu</str> <arr> <str>0</str> </arr> <str>minput.Ne</str> <arr> <str>0</str> </arr> <str>minput.En</str> <arr> <str>0</str> </arr> <str>minput.phils</str> <arr> <str>0</str> </arr> <str>minput.sl</str> <arr> <str>0</str> </arr> <str>minput.cm</str> <arr> <str>0</str> </arr> <str>minput.w</str> <arr> <str>0</str> </arr> <str>minput.Qm</str> <arr> <str>0</str> </arr> <str>minput.ebar</str> <arr> <str>0</str> </arr> <str>minput.Ns</str> <arr> <str>0</str> </arr> <str>minput.Vmol</str> <arr> <str>0</str> </arr> <str>minput.nd</str> <arr> <str>0</str> </arr> <str>minput.psi</str> <arr> <str>0</str> </arr> <str>minput.phipf</str> <arr> <str>0</str> </arr> <str>minput.pA</str> <arr> <str>unit_atm_cf</str> </arr> <str>minput.ep</str> <arr> <str>0</str> </arr> <str>minput.nutilde</str> <arr> <str>0</str> </arr> <str>minput.DeN</str> <arr> <str>0</str> </arr> <str>minput.muN</str> <arr> <str>0</str> </arr> <str>minput.EN</str> <arr> <str>0</str> </arr> <str>minput.gamma_sr</str> <arr> <str>0</str> </arr> <str>minput.slipvel</str> <arr> <str>0</str> </arr> <str>minput.sr</str> <arr> <str>0</str> </arr> <str>minput.es</str> <arr> <str>0</str> </arr> <str>minput.sflux</str> <arr> <str>0</str> </arr> <str>minput.u1</str> <arr> <str>0</str> </arr> <str>minput.u2</str> <arr> <str>0</str> </arr> <str>minput.u3</str> <arr> <str>0</str> </arr> <str>minput.Vf</str> <arr> <str>0</str> </arr> <str>minput.Cvol</str> <arr> <str>0</str> </arr> <str>minput.h</str> <arr> <str>0</str> </arr> <str>minput.gamma</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> *<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <arr> <str>minput.l</str> <arr> <str>0</str> </arr> <str>minput.I</str> <arr> <str>0</str> </arr> <str>minput.T</str> <arr> <str>293.15*unit_K_cf</str> </arr> <str>minput.phi</str> <arr> <str>0</str> </arr> <str>minput.li</str> <arr> <str>0</str> </arr> <str>minput.omega</str> <arr> <str>0</str> </arr> <str>minput.c</str> <arr> <str>0</str> </arr> <str>minput.Ene</str> <arr> <str>0</str> </arr> <str>minput.freq</str> <arr> <str>0</str> </arr> <str>minput.lambda</str> <arr> <str>0</str> </arr> <str>minput.phil</str> <arr> <str>0</str> </arr> <str>minput.sigmal</str> <arr> <str>0</str> </arr> <str>minput.soc</str> <arr> <str>0</str> </arr> <str>minput.doc</str> <arr> <str>0</str> </arr> <str>minput.Tu</str> <arr> <str>293.15*unit_K_cf</str> </arr> <str>minput.Td</str> <arr> <str>293.15*unit_K_cf</str> </arr> <str>minput.Q</str> <arr> <str>0</str> </arr> <str>minput.J1</str> <arr> <str>0</str> </arr> <str>minput.J2</str> <arr> <str>0</str> </arr> <str>minput.J3</str> <arr> <str>0</str> </arr> <str>minput.Qj</str> <arr> <str>0</str> </arr> <str>minput.Df1</str> <arr> <str>0</str> </arr> <str>minput.Df2</str> <arr> <str>0</str> </arr> <str>minput.Df3</str> <arr> <str>0</str> </arr> <str>minput.E1</str> <arr> <str>0</str> </arr> <str>minput.E2</str> <arr> <str>0</str> </arr> <str>minput.E3</str> <arr> <str>0</str> </arr> <str>minput.V</str> <arr> <str>mean(minput.V)</str> </arr> <str>minput.W</str> <arr> <str>0</str> </arr> <str>minput.Ql</str> <arr> <str>0</str> </arr> <str>minput.Qjl</str> <arr> <str>0</str> </arr> <str>minput.H1</str> <arr> <str>0</str> </arr> <str>minput.H2</str> <arr> <str>0</str> </arr> <str>minput.H3</str> <arr> <str>0</str> </arr> <str>minput.B1</str> <arr> <str>0</str> </arr> <str>minput.B2</str> <arr> <str>0</str> </arr> <str>minput.B3</str> <arr> <str>0</str> </arr> <str>minput.nFe</str> <arr> <str>0</str> </arr> <str>minput.nF</str> <arr> <str>0</str> </arr> <str>minput.I0</str> <arr> <str>0</str> </arr> <str>minput.pFlow</str> <arr> <str>0</str> </arr> <str>minput.rhoq</str> <arr> <str>0</str> </arr> <str>minput.rhoqs</str> <arr> <str>0</str> </arr> <str>minput.Js1</str> <arr> <str>0</str> </arr> <str>minput.Js2</str> <arr> <str>0</str> </arr> <str>minput.Js3</str> <arr> <str>0</str> </arr> <str>minput.Jms1</str> <arr> <str>0</str> </arr> <str>minput.Jms2</str> <arr> <str>0</str> </arr> <str>minput.Jms3</str> <arr> <str>0</str> </arr> <str>minput.epcap</str> <arr> <str>0</str> </arr> <str>minput.D</str> <arr> <str>0</str> </arr> <str>minput.u_d1</str> <arr> <str>0</str> </arr> <str>minput.u_d2</str> <arr> <str>0</str> </arr> <str>minput.u_d3</str> <arr> <str>0</str> </arr> <str>minput.epet</str> <arr> <str>0</str> </arr> <str>minput.epe</str> <arr> <str>0</str> </arr> <str>minput.epm</str> <arr> <str>0</str> </arr> <str>minput.evpe</str> <arr> <str>0</str> </arr> <str>minput.evpet</str> <arr> <str>0</str> </arr> <str>minput.esh</str> <arr> <str>0</str> </arr> <str>minput.epea</str> <arr> <str>0</str> </arr> <str>minput.epev</str> <arr> <str>0</str> </arr> <str>minput.Spr</str> <arr> <str>35</str> </arr> <str>minput.Sp</str> <arr> <str>0</str> </arr> <str>minput.Tempref</str> <arr> <str>293.15*unit_K_cf</str> </arr> <str>minput.eax</str> <arr> <str>0</str> </arr> <str>minput.a</str> <arr> <str>0</str> </arr> <str>minput.cr</str> <arr> <str>0</str> </arr> <str>minput.uc1</str> <arr> <str>0</str> </arr> <str>minput.uc2</str> <arr> <str>0</str> </arr> <str>minput.uc3</str> <arr> <str>0</str> </arr> <str>minput.pc</str> <arr> <str>0</str> </arr> <str>minput.phid</str> <arr> <str>0</str> </arr> <str>minput.rhogeff</str> <arr> <str>0</str> </arr> <str>minput.ne</str> <arr> <str>0</str> </arr> <str>minput.en</str> <arr> <str>0</str> </arr> <str>minput.Ge</str> <arr> <str>0</str> </arr> <str>minput.seflux</str> <arr> <str>0</str> </arr> <str>minput.f1</str> <arr> <str>0</str> </arr> <str>minput.f2</str> <arr> <str>0</str> </arr> <str>minput.f3</str> <arr> <str>0</str> </arr> <str>minput.Rb</str> <arr> <str>0</str> </arr> <str>minput.eta</str> <arr> <str>0</str> </arr> <str>minput.q0</str> <arr> <str>0</str> </arr> <str>minput.qs</str> <arr> <str>0</str> </arr> <str>minput.kh</str> <arr> <str>0</str> </arr> <str>minput.K11</str> <arr> <str>0</str> </arr> <str>minput.K21</str> <arr> <str>0</str> </arr> <str>minput.K31</str> <arr> <str>0</str> </arr> <str>minput.K12</str> <arr> <str>0</str> </arr> <str>minput.K22</str> <arr> <str>0</str> </arr> <str>minput.K32</str> <arr> <str>0</str> </arr> <str>minput.K13</str> <arr> <str>0</str> </arr> <str>minput.K23</str> <arr> <str>0</str> </arr> <str>minput.K33</str> <arr> <str>0</str> </arr> <str>minput.dHpdt</str> <arr> <str>0</str> </arr> <str>minput.Sen</str> <arr> <str>0</str> </arr> <str>minput.neinit</str> <arr> <str>0</str> </arr> <str>minput.Gk</str> <arr> <str>0</str> </arr> <str>minput.nu</str> <arr> <str>0</str> </arr> <str>minput.Ne</str> <arr> <str>0</str> </arr> <str>minput.En</str> <arr> <str>0</str> </arr> <str>minput.phils</str> <arr> <str>0</str> </arr> <str>minput.sl</str> <arr> <str>0</str> </arr> <str>minput.cm</str> <arr> <str>0</str> </arr> <str>minput.w</str> <arr> <str>0</str> </arr> <str>minput.Qm</str> <arr> <str>0</str> </arr> <str>minput.ebar</str> <arr> <str>0</str> </arr> <str>minput.Ns</str> <arr> <str>0</str> </arr> <str>minput.Vmol</str> <arr> <str>0</str> </arr> <str>minput.nd</str> <arr> <str>0</str> </arr> <str>minput.psi</str> <arr> <str>0</str> </arr> <str>minput.phipf</str> <arr> <str>0</str> </arr> <str>minput.pA</str> <arr> <str>unit_atm_cf</str> </arr> <str>minput.ep</str> <arr> <str>0</str> </arr> <str>minput.nutilde</str> <arr> <str>0</str> </arr> <str>minput.DeN</str> <arr> <str>0</str> </arr> <str>minput.muN</str> <arr> <str>0</str> </arr> <str>minput.EN</str> <arr> <str>0</str> </arr> <str>minput.gamma_sr</str> <arr> <str>0</str> </arr> <str>minput.slipvel</str> <arr> <str>0</str> </arr> <str>minput.sr</str> <arr> <str>0</str> </arr> <str>minput.es</str> <arr> <str>0</str> </arr> <str>minput.sflux</str> <arr> <str>0</str> </arr> <str>minput.u1</str> <arr> <str>0</str> </arr> <str>minput.u2</str> <arr> <str>0</str> </arr> <str>minput.u3</str> <arr> <str>0</str> </arr> <str>minput.Vf</str> <arr> <str>0</str> </arr> <str>minput.Cvol</str> <arr> <str>0</str> </arr> <str>minput.h</str> <arr> <str>0</str> </arr> <str>minput.gamma</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>minput.Na</str> <arr> <str>comp1.semi.Na</str> </arr> <str>minput.Nd</str> <arr> <str>comp1.semi.Nd</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>minput.Na</str> <arr> <str>comp1.semi.Na</str> </arr> <str>minput.Nd</str> <arr> <str>comp1.semi.Nd</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <arr> <str>minput.Na</str> <arr> <str>mean(minput.Na)</str> </arr> <str>minput.Nd</str> <arr> <str>mean(minput.Nd)</str> </arr> </arr> <st `r>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <arr> <str>minput.Na</str> <arr> <str>mean(minput.Na)</str> </arr> <str>minput.Nd</str> <arr> <str>mean(minput.Nd)</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <arr> <str>minput.Na</str> <arr> <str>mean(minput.Na)</str> </arr> <str>minput.Nd</str> <arr> <str>mean(minput.Nd)</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>3</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> q<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <arr> <str>comp1.V_fld_act</str> <arr> <str>1</str> </arr> <str>comp1.Ne_fld_act</str> <arr> <str>1</str> </arr> <str>comp1.Ph_fld_act</str> <arr> <str>1</str> </arr> <str>comp1.Efn__fld_act</str> <arr> <str>0</str> </arr> <str>comp1.Efp__fld_act</str> <arr> <str>0</str> </arr> <str>comp1.phi_n_fld_act</str> <arr> <str>0</str> </arr> <str>comp1.phi_p_fld_act</str> <arr> <str>0</str> </arr> <str>comp1.Jn_fld_act</str> <arr> <str>0</str> </arr> <str>comp1.Jp_fld_act</str> <arr> <str>0</str> </arr> <str>comp1.semi.rho_s</str> <arr> <str>0</str> </arr> <str>comp1.semi.D_bnd_down</str> <arr> <str>epsilon0_const*comp1.semi.epsilonr_down*(down(comp1.V)-comp1.semi.nV)/comp1.semi.dc_down_bnd</str> </arr> <str>comp1.semi.D_bnd_up</str> <arr> <str>epsilon0_const*comp1.semi.epsilonr_up*(up(comp1.V)-comp1.semi.nV)/comp1.semi.dc_up_bnd</str> </arr> <str>comp1.semi.unmeshX</str> <arr> <str>unXmesh</str> </arr> <str>comp1.semi.unmeshY</str> <arr> <str>0</str> </arr> <str>comp1.semi.unmeshZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.dnmeshX</str> <arr> <str>dnXmesh</str> </arr> <str>comp1.semi.dnmeshY</str> <arr> <str>0</str> </arr> <str>comp1.semi.dnmeshZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.n_bnd_fld_act</str> <arr> <str>0</str> </arr> <str>comp1.semi.p_bnd_fld_act</str> <arr> <str>0</str> </arr> <str>comp1.semi.n_bnd_up_fld_act</str> <arr> <str>0</str> </arr> <str>comp1.semi.p_bnd_up_fld_act</str> <arr> <str>0</str> </arr> <str>comp1.semi.n_bnd_down_fld_act</str> <arr> <str>0</str> </arr> <str>comp1.semi.p_bnd_down_fld_act</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> %H<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.V_fld_act</str> <arr> <str>1</str> </arr> <str>comp1.Ne_fld_act</str> <arr> <str>1</str> </arr> <str>comp1.Ph_fld_act</str> <arr> <str>1</str> </arr> <str>comp1.Efn__fld_act</str> <arr> <str>0</str> </arr> <str>comp1.Efp__fld_act</str> <arr> <str>0</str> </arr> <str>comp1.phi_n_fld_act</str> <arr> <str>0</str> </arr> <str>comp1.phi_p_fld_act</str> <arr> <str>0</str> </arr> <str>comp1.Jn_fld_act</str> <arr> <str>0</str> </arr> <str>comp1.Jp_fld_act</str> <arr> <str>0</str> </arr> <str>comp1.semi.N</str> <arr> <str>comp1.Ne/unit_m_cf^3</str> </arr> <str>comp1.semi.P</str> <arr> <str>comp1.Ph/unit_m_cf^3</str> </arr> <str>comp1.semi.epsilonrs</str> <arr> <str>(comp1.semi.epsilonrXX+comp1.semi.epsilonrYY+comp1.semi.epsilonrZZ)/3</str> </arr> <str>comp1.semi.rho</str> <arr> <str>e_const*(comp1.semi.P-comp1.semi.N+comp1.semi.Ndoping)</str> </arr> <str>comp1.semi.V_init</str> <arr> <str>comp1.semi.Vth_init*(-log(comp1.semi.p_init/comp1.semi.ni_init)*(comp1.semi.Ndoping_init&lt;0)+log(comp1.semi.n_init/comp1.semi.ni_init)*(comp1.semi.Ndoping_init&gt;=0))-comp1.semi.chi_init-0.5*comp1.semi.Eg_init+0.5*comp1.semi.Vth_init*log(comp1.semi.Nv_init/comp1.semi.Nc_init)</str> </arr> <str>comp1.semi.chi_init</str> <arr> <str>subst(comp1.semi.chi_semi,comp1.semi.Tl,comp1.semi.T0)</str> </arr> <str>comp1.semi.EX</str> <arr> <str>comp1.semi.DX/(comp1.semi.epsilonrs*epsilon0_const)</str> </arr> <str>comp1.semi.EY</str> <arr> <str>0</str> </arr> <str>comp1.semi.EZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.T0</str> <arr> <str>293.15*unit_K_cf</str> </arr> <str>comp1.semi.d</str> <arr> <str>4.0E-12*unit_m_cf^2</str> </arr> <str>comp1.semi.gamma_n</str> <arr> <str>1</str> </arr> <str>comp1.semi.gamma_p</str> <arr> <str>1</str> </arr> <str>comp1.semi.Gn</str> <arr> <str>1</str> </arr> <str>comp1.semi.Gp</str> <arr> <str>1</str> </arr> <str>comp1.semi.Qthn</str> <arr> <str>2*comp1.semi.Vth*comp1.semi.mun</str> </arr> <str>comp1.semi.Qthp</str> <arr> <str>2*comp1.semi.Vth*comp1.semi.mup</str> </arr> <str>comp1.semi.cp</str> <arr> <str>1</str> </arr> <str>comp1.semi.cp_dtd</str> <arr> <str>1</str> </arr> <str>comp1.semi.log10N</str> <arr> <str>log10(comp1.semi.N*unit_cm_cf^3)</str> </arr> <str>comp1.semi.log10P</str> <arr> <str>log10(comp1.semi.P*unit_cm_cf^3)</str> </arr> <str>comp1.semi.Tl</str> <arr> <str>comp1.semi.smm1.minput_temperature</str> </arr> <str>comp1.semi.Vth_init</str> <arr> <str>comp1.semi.Vth_T0</str> </arr> <str>comp1.semi.Vth</str> <arr> <str>k_B_const*comp1.semi.Tl/e_const</str> </arr> <str>comp1.semi.Vth_T0</str> <arr> <str>k_B_const*comp1.semi.T0/e_const</str> </arr> <str>comp1.semi.V_eq</str> <arr> <str>-0.5*comp1.semi.Eg-comp1.semi.V_eq_adj-comp1.semi.chi_semi+comp1.semi.Vth*(0.5*log(comp1.semi.Nv/comp1.semi.Nc)-if(comp1.semi.Ndoping&lt;0,log(comp1.semi.p_eq/(comp1.semi.gamma_p*sqrt(comp1.semi.Nc*comp1.semi.Nv)))+0.5*comp1.semi.Eg/comp1.semi.Vth,-log(comp1.semi.n_eq/(comp1.semi.gamma_n*sqrt(comp1.semi.Nc*comp1.semi.Nv)))-0.5*comp1.semi.Eg/comp1.semi.Vth))</str> </arr> <str>comp1.semi.V_eq_adj</str> <arr> <str>0.5*(comp1.semi.Eg0_T0-comp1.semi.Eg0)+comp1.semi.chi0_T0-comp1.semi.chi0+0.5*(comp1.semi.Vth*log(comp1.semi.Nv/comp1.semi.Nc)-comp1.semi.Vth_T0*log(comp1.semi.Nv_T0/comp1.semi.Nc_T0))</str> </arr> <str>comp1.semi.n_init</str> <arr> <str>if(comp1.semi.Ndoping_init&gt;0,0.5*comp1.semi.Ndoping_init+sqrt((0.5*comp1.semi.Ndoping_init)^2+comp1.semi.ni_init^2),comp1.semi.ni_init^2/(-0.5*comp1.semi.Ndoping_init+sqrt((0.5*comp1.semi.Ndoping_init)^2+comp1.semi.ni_init^2)))</str> </arr> <str>comp1.semi.n_eq</str> <arr> <str>if(comp1.semi.Ndoping&gt;0,0.5*comp1.semi.Ndoping+sqrt((0.5*comp1.semi.Ndoping)^2+comp1.semi.ni_mod^2),comp1.semi.ni_mod^2/(-0.5*comp1.semi.Ndoping+sqrt((0.5*comp1.semi.Ndoping)^2+comp1.semi.ni_mod^2)))</str> </arr> <str>comp1.semi.p_init</str> <arr> <str>if(comp1.semi.Ndoping_init&lt;0,-0.5*comp1.semi.Ndoping_init+sqrt((0.5*comp1.semi.Ndoping_init)^2+comp1.semi.ni_init^2),comp1.semi.ni_init^2/(0.5*comp1.semi.Ndoping_init+sqrt((0.5*comp1.semi.Ndoping_init)^2+comp1.semi.ni_init^2)))</str> </arr> <str>comp1.semi.p_eq</str> <arr> <str>if(comp1.semi.Ndoping&lt;0,-0.5*comp1.semi.Ndoping+sqrt((0.5*comp1.semi.Ndoping)^2+comp1.semi.ni_mod^2),comp1.semi.ni_mod^2/(0.5*comp1.semi.Ndoping+sqrt((0.5*comp1.semi.Ndoping)^2+comp1.semi.ni_mod^2)))</str> </arr> <str>comp1.semi.Eg_init</str> <arr> <str>subst(comp1.semi.Eg,comp1.semi.Tl,comp1.semi.T0)</str> </arr> <str>comp1.semi.Eg0_T0</str> <arr> <str>subst(comp1.semi.Eg0,comp1.semi.smm1.minput_temperature,comp1.semi.T0)</str> </arr> <str>comp1.semi.Eg</str> <arr> <str>comp1.semi.Eg0</str> </arr> <str>comp1.semi.alpha</str> <arr> <str>1</str> </arr> <str>comp1.semi.deltaEg</str> <arr> <str>0</str> </arr> <str>comp1.semi.deltaEg_e</str> <arr> <str>0</str> </arr> <str>comp1.semi.chi0_T0</str> <arr> <str>subst(comp1.semi.chi0,comp1.semi.smm1.minput_temperature,comp1.semi.T0)</str> </arr> <str>comp1.semi.chi_semi</str> <arr> <str>comp1.semi.chi0</str> </arr> <str>comp1.semi.Nv_init</str> <arr> <str>subst(comp1.semi.Nv,comp1.semi.Tl,comp1.semi.T0)+eps</str> </arr> <str>comp1.semi.Nc_init</str> <arr> <str>subst(comp1.semi.Nc,comp1.semi.Tl,comp1.semi.T0)+eps</str> </arr> <str>comp1.semi.Nv_T0</str> <arr> <str>subst(comp1.semi.Nv,comp1.semi.smm1.minput_temperature,comp1.semi.T0)</str> </arr> <str>comp1.semi.Nc_T0</str> <arr> <str>subst(comp1.semi.Nc,comp1.semi.smm1.minput_temperature,comp1.semi.T0)</str> </arr> <str>comp1.semi.ni_init</str> <arr> <str>sqrt(comp1.semi.Nc_init*comp1.semi.Nv_init)*exp(-0.5*comp1.semi.Eg_init/comp1.semi.Vth_init)</str> </arr> <str>comp1.semi.ni</str> <arr> <str>sqrt(comp1.semi.Nc*comp1.semi.Nv)*exp(-0.5*comp1.semi.Eg0/comp1.semi.Vth)</str> </arr> <str>comp1.semi.ni_eff</str> <arr> <str>comp1.semi.ni</str> </arr> <str>comp1.semi.ni_mod</str> <arr> <str>comp1.semi.ni_eff*sqrt(comp1.semi.gamma_n*comp1.semi.gamma_p)</str> </arr> <str>comp1.semi.Ndoping_init</str> <arr> <str>subst(-comp1.semi.Na+comp1.semi.Nd,comp1.semi.Tl,comp1.semi.T0)</str> </arr> <str>comp1.semi.Ndoping</str> <arr> <str>comp1.semi.Ndplus-comp1.semi.Naminus</str> </arr> <str>comp1.semi.Nnetdop</str> <arr> <str>abs(comp1.semi.Nd-comp1.semi.Na)</str> </arr> <str>comp1.semi.Ndplus</str> <arr> <str>comp1.semi.Nd</str> </arr> <str>comp1.semi.Naminus</str> <arr> <str>comp1.semi.Na</str> </arr> <str>comp1.semi.log10Ndplus</str> <arr> <str>log10(comp1.semi.Ndplus*unit_cm_cf^3)</str> </arr> <str>comp1.semi.log10Naminus</str> <arr> <str>log10(comp1.semi.Naminus*unit_cm_cf^3)</str> </arr> <str>comp1.semi.log10Nd</str> <arr> <str>log10(comp1.semi.Nd*unit_cm_cf^3)</str> </arr> <str>comp1.semi.log10Na</str> <arr> <str>log10(comp1.semi.Na*unit_cm_cf^3)</str> </arr> <str>comp1.semi.Dn</str> <arr> <str>comp1.semi.mun*comp1.semi.Vth*comp1.semi.Gn</str> </arr> <str>comp1.semi.Dp</str> <arr> <str>comp1.semi.mup*comp1.semi.Vth*comp1.semi.Gp</str> </arr> <str>comp1.semi.Dn_th</str> <arr> <str>comp1.semi.Qthn-1.5*comp1.semi.Dn</str> </arr> <str>comp1.semi.Dp_th</str> <arr> <str>comp1.semi.Qthp-1.5*comp1.semi.Dp</str> </arr> <str>comp1.semi.Un</str> <arr> <str>comp1.semi.Rsrh+comp1.semi.Rau</str> </arr> <str>comp1.s `emi.Up</str> <arr> <str>comp1.semi.Rsrh+comp1.semi.Rau</str> </arr> <str>comp1.semi.E0</str> <arr> <str>-comp1.V</str> </arr> <str>comp1.semi.Ec</str> <arr> <str>-comp1.V-comp1.semi.chi_semi</str> </arr> <str>comp1.semi.Ec_e</str> <arr> <str>e_const*comp1.semi.Ec</str> </arr> <str>comp1.semi.Ec0</str> <arr> <str>-comp1.V-comp1.semi.chi0</str> </arr> <str>comp1.semi.Ec0_e</str> <arr> <str>e_const*comp1.semi.Ec0</str> </arr> <str>comp1.semi.Efn</str> <arr> <str>comp1.semi.Ec+comp1.semi.Vth*log(comp1.semi.N_num/(comp1.semi.gamma_n*comp1.semi.Nc))</str> </arr> <str>comp1.semi.Efp</str> <arr> <str>comp1.semi.Ev-comp1.semi.Vth*log(comp1.semi.P_num/(comp1.semi.gamma_p*comp1.semi.Nv))</str> </arr> <str>comp1.semi.Ei</str> <arr> <str>0.5*(comp1.semi.Ec+comp1.semi.Ev+comp1.semi.Vth*log(comp1.semi.Nv/comp1.semi.Nc))</str> </arr> <str>comp1.semi.Ei_init</str> <arr> <str>0.5*(comp1.semi.Ec0+comp1.semi.Ev0+comp1.semi.Vth_init*log(comp1.semi.Nv_init/comp1.semi.Nc_init))</str> </arr> <str>comp1.semi.Ev</str> <arr> <str>comp1.semi.Ec-comp1.semi.Eg</str> </arr> <str>comp1.semi.Ev0</str> <arr> <str>comp1.semi.Ec0-comp1.semi.Eg0</str> </arr> <str>comp1.semi.Ev0_e</str> <arr> <str>comp1.semi.Ev0*e_const</str> </arr> <str>comp1.semi.E0_e</str> <arr> <str>e_const*comp1.semi.E0</str> </arr> <str>comp1.semi.Efn_e</str> <arr> <str>e_const*comp1.semi.Efn</str> </arr> <str>comp1.semi.Ei_e</str> <arr> <str>e_const*comp1.semi.Ei</str> </arr> <str>comp1.semi.Efp_e</str> <arr> <str>e_const*comp1.semi.Efp</str> </arr> <str>comp1.semi.Ev_e</str> <arr> <str>e_const*comp1.semi.Ev</str> </arr> <str>comp1.semi.Eg0_e</str> <arr> <str>comp1.semi.Eg0*e_const</str> </arr> <str>comp1.semi.Eg_e</str> <arr> <str>comp1.semi.Eg*e_const</str> </arr> <str>comp1.semi.chi0_e</str> <arr> <str>comp1.semi.chi0*e_const</str> </arr> <str>comp1.semi.chi_e</str> <arr> <str>comp1.semi.chi_semi*e_const</str> </arr> <str>comp1.semi.L_D</str> <arr> <str>sqrt(epsilon0_const*comp1.semi.epsilonrs*k_B_const*comp1.semi.Tl/(e_const^2*(comp1.semi.N+comp1.semi.P)))</str> </arr> <str>comp1.semi.log_L_D</str> <arr> <str>log10(abs(comp1.semi.L_D/unit_m_cf))</str> </arr> <str>comp1.semi.Pec_n</str> <arr> <str>h*sqrt(comp1.semi.VnX^2+comp1.semi.VnY^2+comp1.semi.VnZ^2)/sqrt(comp1.semi.Dn^2+eps)</str> </arr> <str>comp1.semi.Pec_p</str> <arr> <str>h*sqrt(comp1.semi.VpX^2+comp1.semi.VpY^2+comp1.semi.VpZ^2)/sqrt(comp1.semi.Dp^2+eps)</str> </arr> <str>comp1.semi.normE</str> <arr> <str>sqrt(1.0E-200+realdot(comp1.semi.EX,comp1.semi.EX))</str> </arr> <str>comp1.semi.normD</str> <arr> <str>sqrt(1.0E-200+realdot(comp1.semi.DX,comp1.semi.DX)+realdot(comp1.semi.DY,comp1.semi.DY)+realdot(comp1.semi.DZ,comp1.semi.DZ))</str> </arr> <str>comp1.semi.JnX</str> <arr> <str>comp1.semi.Jn_postX</str> </arr> <str>comp1.semi.JnY</str> <arr> <str>0</str> </arr> <str>comp1.semi.JnZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.normJn</str> <arr> <str>sqrt(1.0E-200+realdot(comp1.semi.JnX,comp1.semi.JnX))</str> </arr> <str>comp1.semi.log10normJn</str> <arr> <str>log10(comp1.semi.normJn*unit_cm_cf^2/unit_A_cf)</str> </arr> <str>comp1.semi.JpX</str> <arr> <str>comp1.semi.Jp_postX</str> </arr> <str>comp1.semi.JpY</str> <arr> <str>0</str> </arr> <str>comp1.semi.JpZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.normJp</str> <arr> <str>sqrt(1.0E-200+realdot(comp1.semi.JpX,comp1.semi.JpX))</str> </arr> <str>comp1.semi.log10normJp</str> <arr> <str>log10(comp1.semi.normJp*unit_cm_cf^2/unit_A_cf)</str> </arr> <str>comp1.semi.JX</str> <arr> <str>comp1.semi.JnX+comp1.semi.JpX</str> </arr> <str>comp1.semi.JY</str> <arr> <str>0</str> </arr> <str>comp1.semi.JZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.normJ</str> <arr> <str>sqrt(1.0E-200+realdot(comp1.semi.JX,comp1.semi.JX))</str> </arr> <str>comp1.semi.log10normJ</str> <arr> <str>log10(comp1.semi.normJ*unit_cm_cf^2/unit_A_cf)</str> </arr> <str>comp1.semi.normGradT</str> <arr> <str>sqrt(d(comp1.semi.Tl,X)^2)</str> </arr> <str>comp1.semi.J_thX</str> <arr> <str>comp1.semi.Jn_thX+comp1.semi.Jp_thX</str> </arr> <str>comp1.semi.J_thY</str> <arr> <str>0</str> </arr> <str>comp1.semi.J_thZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.normJ_th</str> <arr> <str>sqrt(1.0E-200+comp1.semi.J_thX^2)</str> </arr> <str>comp1.semi.log10normJ_th</str> <arr> <str>log10(comp1.semi.normJ_th*unit_cm_cf^2/unit_A_cf)</str> </arr> <str>comp1.semi.Jn_thX</str> <arr> <str>comp1.semi.Jn_th_postX</str> </arr> <str>comp1.semi.Jn_thY</str> <arr> <str>0</str> </arr> <str>comp1.semi.Jn_thZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.normJn_th</str> <arr> <str>sqrt(1.0E-200+comp1.semi.Jn_thX^2)</str> </arr> <str>comp1.semi.log10normJn_th</str> <arr> <str>log10(comp1.semi.normJn_th*unit_cm_cf^2/unit_A_cf)</str> </arr> <str>comp1.semi.Jp_thX</str> <arr> <str>comp1.semi.Jp_th_postX</str> </arr> <str>comp1.semi.Jp_thY</str> <arr> <str>0</str> </arr> <str>comp1.semi.Jp_thZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.normJp_th</str> <arr> <str>sqrt(1.0E-200+comp1.semi.Jp_thX^2)</str> </arr> <str>comp1.semi.log10normJp_th</str> <arr> <str>log10(comp1.semi.normJp_th*unit_cm_cf^2/unit_A_cf)</str> </arr> <str>comp1.semi.J_driftX</str> <arr> <str>comp1.semi.Jn_driftX+comp1.semi.Jp_driftX</str> </arr> <str>comp1.semi.J_driftY</str> <arr> <str>0</str> </arr> <str>comp1.semi.J_driftZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.normJ_drift</str> <arr> <str>sqrt(1.0E-200+comp1.semi.J_driftX^2)</str> </arr> <str>comp1.semi.log10normJ_drift</str> <arr> <str>log10(comp1.semi.normJ_drift*unit_cm_cf^2/unit_A_cf)</str> </arr> <str>comp1.semi.Jn_driftX</str> <arr> <str>comp1.semi.Jn_drift_postX</str> </arr> <str>comp1.semi.Jn_driftY</str> <arr> <str>0</str> </arr> <str>comp1.semi.Jn_driftZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.normJn_drift</str> <arr> <str>sqrt(1.0E-200+comp1.semi.Jn_driftX^2)</str> </arr> <str>comp1.semi.log10normJn_drift</str> <arr> <str>log10(comp1.semi.normJn_drift*unit_cm_cf^2/unit_A_cf)</str> </arr> <str>comp1.semi.Jp_driftX</str> <arr> <str>comp1.semi.Jp_drift_postX</str> </arr> <str>comp1.semi.Jp_driftY</str> <arr> <str>0</str> </arr> <str>comp1.semi.Jp_driftZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.normJp_drift</str> <arr> <str>sqrt(1.0E-200+comp1.semi.Jp_driftX^2)</str> </arr> <str>comp1.semi.log10normJp_drift</str> <arr> <str>log10(comp1.semi.normJp_drift*unit_cm_cf^2/unit_A_cf)</str> </arr> <str>comp1.semi.J_diffX</str> <arr> <str>comp1.semi.Jn_diffX+comp1.semi.Jp_diffX</str> </arr> <str>comp1.semi.J_diffY</str> <arr> <str>0</str> </arr> <str>comp1.semi.J_diffZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.normJ_diff</str> <arr> <str>sqrt(1.0E-200+comp1.semi.J_diffX^2)</str> </arr> <str>comp1.semi.normJn_diff</str> <arr> <str>sqrt(1.0E-200+comp1.semi.Jn_diffX^2)</str> </arr> <str>comp1.semi.log10normJ_diff</str> <arr> <str>log10(comp1.semi.normJ_diff*unit_cm_cf^2/unit_A_cf)</str> </arr> <str>comp1.semi.Jn_diffX</str> <arr> <str>comp1.semi.Jn_diff_postX</str> </arr> <str>comp1.semi.Jn_diffY</str> <arr> <str>0</str> </arr> <str>comp1.semi.Jn_diffZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.log10normJn_diff</str> <arr> <str>log10(comp1.semi.normJn_diff*unit_cm_cf^2/unit_A_cf)</str> </arr> <str>comp1.semi.Jp_diffX</str> <arr> <str>comp1.semi.Jp_diff_postX</str> </arr> <str>comp1.semi.Jp_diffY</str> <arr> <str>0</str> </arr> <str>comp1.semi.Jp_diffZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.normJp_diff</str> <arr> <str>sqrt(1.0E-200+comp1.semi.Jp_diffX^2)</str> </arr> <str>comp1.semi.log10normJp_diff</str> <arr> <str>log10(comp1.semi.normJp_diff*unit_cm_cf^2/unit_A_cf)</str> </arr> <str>comp1.semi.Vref_local</str> <arr> <str>comp1.semi.chi0</str> </arr> <str>comp1.semi.Enorm0_wo</str> <arr> <str>0</str> </arr> <str>comp1.semi.freq_wo</str> <arr> <str>0</str> </arr> <str>comp1.semi.epsilonr0_woXX</str> <arr> <str>0</str> </arr> <str>comp1.semi.epsilonr0_woYX</str> <arr> <str>0</str> </arr> <str>comp1.semi.epsilonr0_woZX</str> <arr> <str>0</str> </arr> <str>comp1.semi.epsilonr0_woXY</str> <arr> <str>0</str> </arr> <str>comp1.semi.epsilonr0_woYY</str> <arr> <str>0</str> </arr> <str>comp1.semi.epsilonr0_woZY</str> <arr> <str>0</str> </arr> <str>comp1.semi.epsilonr0_woXZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.epsilonr0_woYZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.epsilonr0_woZZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.chi_re_woXX</str> <arr> <str>0</str> </arr> <str>comp1.semi.chi_re_woYX</str> <arr> <str>0</str> </arr> <str>comp1.semi.chi_re_woZX</str> <arr> <str>0</str> </arr> <str>comp1.semi.chi_re_woXY</str> <arr> <str>0</str> </arr> <str>comp1.semi.chi_re_woYY</str> <arr> <str>0</str> </arr> <str>comp1.semi.chi_re_woZY</str> <arr> <str>0</str> </arr> <str>comp1.semi.chi_re_woXZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.chi_re_woYZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.chi_re_woZZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.chi_im_woXX</str> <arr> <str>0</str> </arr> <str>comp1.semi.chi_im_woYX</str> <arr> <str>0</str> </arr> <str>comp1.semi.chi_im_woZX</str> <arr> <str>0</str> </arr> <str>comp1.semi.chi_im_woXY</str> <arr> <str>0</str> </arr> <str>comp1.semi.chi_im_woYY</str> <arr> <str>0</str> </arr> <str>comp1.semi.chi_im_woZY</str> <arr> <str>0</str> </arr> <str>comp1.semi.chi_im_woXZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.chi_im_woYZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.chi_im_woZZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.N_num</str> <arr> <str>if(comp1.semi.N&gt;1.0E-100*unit_m_cf^(-3),comp1.semi.N,1.0E-100*unit_m_cf^(-3))</str> </arr> <str>comp1.semi.P_num</str> <arr> <str>if(comp1.semi.P&gt;1.0E-100*unit_m_cf^(-3),comp1.semi.P,1.0E-100*unit_m_cf^(-3))</str> </arr> <str>comp1.semi.V0_bias</str> <arr> <str>0</str> </arr> <str>comp1.semi.Q_tot</str> <arr> <str>comp1.semi.Q_J+comp1.semi.Q_R</str> </arr> <str>comp1.semi.Q_J</str> <arr> <str>comp1.semi.EX*comp1.semi.JX</str> </arr> <str>comp1.semi.Q_R</str> <arr> <str>0.5*(e_const*comp1.semi.Eg0+3*k_B_const*comp1.semi.Tl)*(comp1.semi.Un+comp1.semi.Up)</str> </arr> <str>comp1.semi.smm1.cp</str> <arr> <str>1</str> </arr> <str>comp1.semi.tar1.cp</str> <arr> <str>1</str> </arr> <str>comp1.semi.n1</str> <arr> <str>comp1.semi.gamma_n*comp1.semi.ni_eff*exp(comp1.semi.Delta_Et/comp1.semi.Vth)</str> </arr> <str>comp1.semi.p1</str> <arr> <str>comp1.semi.gamma_p*comp1.semi.ni_eff*exp(-comp1.semi.Delta_Et/comp1.semi.Vth)</str> </arr> <str>comp1.semi.Delta_Et</str> <arr> <str>0</str> </arr> <str>comp1.semi.Rsrh</str> <arr> <str>(comp1.semi.N_num*comp1.semi.P_num-comp1.semi.ni_mod^2)/(comp1.semi.taup*(comp1.semi.N+comp1.semi.n1)+comp1.semi.taun*(comp1.semi.P+comp1.semi.p1))</str> </arr> <str>comp1.semi.tar1.Ev0t</str> <arr> <str>comp1.semi.Ev0</str> </arr> <str>comp1.semi.tar1.Ec0t</str> <arr> <str>comp1.semi.Ec0</str> </arr> <str>comp1.semi.Rau</str> <arr> <str>(comp1.semi.N_num*comp1.semi.P_num-comp1.semi.ni_mod^2)*(comp1.semi.Cn*comp1.semi.N_num+comp1.semi.Cp*comp1.semi.P_num)</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> p'<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <arr> <str>comp1.semi.nD</str> <arr> <str>epsilon0_const*comp1.semi.epsilonrs*comp1.semi.nE</str> </arr> <str>comp1.semi.nV</str> <arr> <str>comp1.semi.Vterm+circumcenter(comp1.semi.nV_offset)</str> </arr> <str>comp1.semi.nE</str> <arr> <str>-(comp1.semi.nV-comp1.V)/comp1.semi.dc_n</str> </arr> <str>comp1.semi.ngX</str> <arr> <str>unXmesh</str> </arr> <str>comp1.semi.ngY</str> <arr> <str>0</str> </arr> <str>comp1.semi.ngZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.dc_n_bnd</str> <arr> <str>up(comp1.semi.rX-circumcenter(comp1.semi.rX/unit_m_cf)*unit_m_cf)*comp1.semi.ngX</str> </arr> <str>comp1.semi.nX</str> <arr> <str>unX</str> </arr> <str>comp1.semi.nY</str> <arr> <str>0</str> </arr> <str>comp1.semi.nZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.nmeshX</str> <arr> <str>unXmesh</str> </arr> <str>comp1.semi.nmeshY</str> <arr> <str>0</str> </arr> <str>comp1.semi.nmeshZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.bc_grad_chi</str> <arr> <str>(comp1.semi.chi_semi-up(circumcenter(comp1.semi.chi_semi)))/comp1.semi.dc_n</str> </arr> <str>comp1.semi.bc_grad_Eg</str> <arr> <str>(comp1.semi.Eg-up(circumcenter(comp1.semi.Eg)))/comp1.semi.dc_n</str> </arr> <str>comp1.semi.bc_grad_logNc</str> <arr> <str>(log(comp1.semi.Nc*unit_m_cf^3)-up(circumcenter(log(comp1.semi.Nc*unit_m_cf^3))))/comp1.semi.dc_n</str> </arr> <str>comp1.semi.bc_grad_logNv</str> <arr> <str>(log(comp1.semi.Nv*unit_m_cf^3)-up(circumcenter(log(comp1.semi.Nv*unit_m_cf^3))))/comp1.semi.dc_n</str> </arr> <str>comp1.semi.Jn_post_ext_up</str> <arr> <str>-comp1.semi.nJn</str> </arr> <str>comp1.semi.Jp_post_ext_up</str> <arr> <str>-comp1.semi.nJp</str> </arr> <str>comp1.semi.n_bnd</str> <arr> <str>comp1.semi.n_bnd_anal</str> </arr> <str>comp1.semi.p_bnd</str> <arr> <str>comp1.semi.p_bnd_anal</str> </arr> <str>comp1.semi.n_bnd_num</str> <arr> <str>if(comp1.semi.n_bnd&gt;1.0E-100*unit_m_cf^(-3),comp1.semi.n_bnd,1.0E-100*unit_m_cf^(-3))</str> </arr> <str>comp1.semi.p_bnd_num</str> <arr> <str>if(comp1.semi.p_bnd&gt;1.0E-100*unit_m_cf^(-3),comp1.semi.p_bnd,1.0E-100*unit_m_cf^(-3))</str> </arr> <str>comp1.semi.nJ</str> <arr> <str>comp1.semi.nJn+comp1.semi.nJp</str> </arr> <str>comp1.semi.nJn</str> <arr> <str>comp1.semi.Jtn</str> </arr> <str>comp1.semi.nJp</str> <arr> <str>comp1.semi.Jtp</str> </arr> <str>comp1.semi.nJn_SR</str> <arr> <str>0</str> </arr> <str>comp1.semi.nJp_SR</str> <arr> <str>0</str> </arr> <str>comp1.semi.bc_gamma_n</str> <arr> <str>1</str> </arr> <str>comp1.semi.bc_gamma_p</str> <arr> <str>1</str> </arr> <str>comp1.semi.bc_Gn</str> <arr> <str>1</str> </arr> <str>comp1.semi.bc_Gp</str> <arr> <str>1</str> </arr> <str>comp1.semi.bc_Qthn</str> <arr> <str>2*comp1.semi.Vth*comp1.semi.mun</str> </arr> <str>comp1.semi.bc_Qthp</str> <arr> <str>2*comp1.semi.Vth*comp1.semi.mup</str> </arr> <str>comp1.semi.bc_Qn</str> <arr> <str>2*comp1.semi.Vth*comp1.semi.mun</str> </arr> <str>comp1.semi.bc_Qp</str> <arr> <str>2*comp1.semi.Vth*comp1.semi.mup</str> </arr> <str>comp1.semi.bc_Dn</str> <arr> <str>comp1.semi.mun*comp1.semi.Vth*comp1.semi.Gn</str> </arr> <str>comp1.semi.bc_Dp</str> <arr> <str>comp1.semi.mup*comp1.semi.Vth*comp1.semi.Gp</str> </arr> <str>comp1.semi.bc_Dn_th</str> <arr> <str>comp1.semi.bc_Qn-1.5*comp1.semi.bc_Dn</str> </arr> <str>comp1.semi.bc_Dp_th</str> <arr> <str>comp1.semi.bc_Qp-1.5*comp1.semi.bc_Dp</str> </arr> <str>comp1.semi.bc_Vn</str> <arr> <str>comp1.semi.mun*comp1.semi.nE-comp1.semi.mun*comp1.semi.bc_grad_chi-comp1.semi.bc_Dn*comp1.semi.bc_grad_logNc+comp1.semi.bc_Dn_th*d(comp1.semi.Tl,X)*comp1.semi.ngX/comp1.semi.Tl</str> </arr> <str>comp1.semi.bc_Vp</str> <arr> <str>comp1.semi.mup*comp1.semi.nE-comp1.semi.mup*comp1.semi.bc_grad_chi-comp1.semi.mup*comp1.semi.bc_grad_Eg+comp1.semi.bc_Dp*comp1.semi.bc_grad_logNv-comp1.semi.bc_Dp_th*d(comp1.semi.Tl,X)*comp1.semi.ngX/comp1.semi.Tl</str> </arr> <str>comp1.semi.bc_An</str> <arr> <str>exp(comp1.semi.bc_An_expo)</str> </arr> <str>comp1.semi.bc_Ap</str> <arr> <str>exp(comp1.semi.bc_Ap_expo)</str> </arr> <str>comp1.semi.bc_An_expo</str> <arr> <str>-comp1.semi.bc_Vn*comp1.semi.dc_n/comp1.semi.bc_Dn</str> </arr> <str>comp1.semi.bc_Ap_expo</str> <arr> <str>comp1.semi.bc_Vp*comp1.semi.dc_n/comp1.semi.bc_Dp</str> </arr> <str>comp1.semi.nJn_FV</str> <arr> <str>if(abs(comp1.semi.bc_An_expo)&lt;comp1.semi.global_flux_tol_sg,comp1.semi.nJn_C,comp1.semi.nJn_SG)</str> </arr> <str>comp1.semi.nJp_FV</str> <arr> <str>if(abs(comp1.semi.bc_Ap_expo)&lt;comp1.semi.global_flux_tol_sg,comp1.semi.nJp_C,comp1.semi.nJp_SG)</str> </arr> <str>comp1.semi.n_bnd_FV</str> <arr> <str>if(abs(comp1.semi.bc_An)&lt;comp1.semi.global_flux_tol_sg,comp1.semi.nJn*comp1.semi.dc_n/(e_const*comp1.semi.bc_Dn)+comp1.semi.N,comp1.semi.nJn*(1-comp1.semi.bc_An)/(e_const*comp1.semi.bc_Vn)+comp1.semi.N*comp1.semi.bc_An)</str> </arr> <str>comp1.semi.p_bnd_FV</str> <arr> <str>if(abs(comp1.semi.bc_Ap)&lt;comp1.semi.global_flux_tol_sg,-comp1.semi.nJp*comp1.semi.dc_n/(e_const*comp1.semi.bc_Dp)+comp1.semi.P,comp1.semi.nJp*(1-comp1.semi.bc_Ap)/(e_const*comp1.semi.bc_Vp)+comp1.semi.P*comp1.semi.bc_Ap)</str> </arr> <str>comp1.semi.nJn_SG</str> <arr> <str>-e_const*comp1.semi.bc_Vn*(comp1.semi.n_bnd-comp1.semi.N*comp1.semi.bc_An)/comp1.semi.nJn_SG_denom_num</str> </arr> <str>comp1.semi.nJp_SG</str> <arr> <str>-e_const*comp1.semi.bc_Vp*(comp1.semi.p_bnd-comp1.semi.P*comp1.semi.bc_Ap)/comp1.semi.nJp_SG_denom_num</str> </arr> <str>comp1.semi.nJn_SG_denom</str> <arr> <str>-1+comp1.semi.bc_An</str> </arr> <str>comp1.semi.nJp_SG_denom</str> <arr> <str>-1+comp1.semi.bc_Ap</str> </arr> <str>comp1.semi.nJn_SG_denom_num</str> <arr> <str>if(abs(comp1.semi.nJn_SG_denom)&lt;comp1.semi.global_flux_tol_sg,if(sign(comp1.semi.nJn_SG_denom)==0,comp1.semi.global_flux_tol_sg,sign(comp1.semi.nJn_SG_denom)*comp1.semi.global_flux_tol_sg),comp1.semi.nJn_SG_denom)</str> </arr> <str>comp1.semi.nJp_SG_denom_num</str> <arr> <str>if(abs(comp1.semi.nJp_SG_denom)&lt;comp1.semi.global_flux_tol_sg,if(sign(comp1.semi.nJp_SG_denom)==0,comp1.semi.global_flux_tol_sg,sign(comp1.semi.nJp_SG_denom)*comp1.semi.global_flux_tol_sg),comp1.semi.nJp_SG_denom)</str> </arr> <str>comp1.semi.nJn_C</str> <arr> <str>e_const*(-comp1.semi.bc_Dn*(-comp1.semi.n_bnd+comp1.semi.N)/comp1.semi.dc_n+0.5*(comp1.semi.n_bnd+comp1.semi.N)*comp1.semi.bc_Vn)</str> </arr> <str>comp1.semi.nJp_C</str> <arr> <str>e_const*(comp1.semi.bc_Dp*(-comp1.semi.p_bnd+comp1.semi.P)/comp1.semi.dc_n+0.5*(comp1.semi.p_bnd+comp1.semi.P)*comp1.semi.bc_Vp)</str> </arr> <str>comp1.semi.delta_nJn</str> <arr> <str>0</str> </arr> <str>comp1.semi.delta_nJp</str> <arr> <str>0</str> </arr> <str>comp1.semi.mc1.V0</str> <arr> <str>Vp</str> </arr> <str>comp1.semi.Phi_B</str> <arr> <str>comp1.semi.Phi-comp1.semi.chi0</str> </arr> <str>comp1.semi.vsn</str> <arr> <str>comp1.semi.Astar_n*comp1.semi.Tl^2/(comp1.semi.Nc*e_const)</str> </arr> <str>comp1.semi.vsp</str> <arr> <str>comp1.semi.Astar_p*comp1.semi.Tl^2/(comp1.semi.Nv*e_const)</str> </arr> <str>comp1.semi.Phi</str> <arr> <str>4.6*unit_V_cf</str> </arr> <str>comp1.semi.Astar_n</str> <arr> <str>110*unit_A_cf/(unit_K_cf*unit_cm_cf)^2</str> </arr> <str>comp1.semi.Astar_p</str> <arr> <str>90*unit_A_cf/(u `nit_K_cf*unit_cm_cf)^2</str> </arr> <str>comp1.semi.n0</str> <arr> <str>circumcenter(comp1.semi.Nc*exp(-comp1.semi.Phi_B/comp1.semi.Vth))</str> </arr> <str>comp1.semi.p0</str> <arr> <str>circumcenter(comp1.semi.Nv*exp((-comp1.semi.Eg0+comp1.semi.Phi_B)/comp1.semi.Vth))</str> </arr> <str>comp1.semi.Jtn</str> <arr> <str>comp1.semi.Jtn_anal</str> </arr> <str>comp1.semi.Jtp</str> <arr> <str>comp1.semi.Jtp_anal</str> </arr> <str>comp1.semi.JtnSG</str> <arr> <str>-e_const*comp1.semi.vsn*comp1.semi.bc_Vn*(comp1.semi.bc_An*comp1.semi.N-comp1.semi.n0)/(comp1.semi.bc_Vn+comp1.semi.vsn*(1-comp1.semi.bc_An))</str> </arr> <str>comp1.semi.JtpSG</str> <arr> <str>e_const*comp1.semi.vsp*comp1.semi.bc_Vp*(comp1.semi.bc_Ap*comp1.semi.P-comp1.semi.p0)/(comp1.semi.bc_Vp+comp1.semi.vsp*(-1+comp1.semi.bc_Ap))</str> </arr> <str>comp1.semi.dcnN</str> <arr> <str>comp1.semi.dc_n*comp1.semi.vsn/comp1.semi.bc_Dn</str> </arr> <str>comp1.semi.dcnP</str> <arr> <str>comp1.semi.dc_n*comp1.semi.vsp/comp1.semi.bc_Dp</str> </arr> <str>comp1.semi.JtnC</str> <arr> <str>e_const*((comp1.semi.n0-comp1.semi.N)*comp1.semi.vsn/(1+comp1.semi.dcnN)+comp1.semi.dcnN*(comp1.semi.N+0.5*comp1.semi.dcnN*(comp1.semi.n0+comp1.semi.N))*comp1.semi.bc_Vn/(1+comp1.semi.dcnN)^2)</str> </arr> <str>comp1.semi.JtpC</str> <arr> <str>e_const*(-(comp1.semi.p0-comp1.semi.P)*comp1.semi.vsp/(1+comp1.semi.dcnP)+comp1.semi.dcnP*(comp1.semi.P+0.5*comp1.semi.dcnP*(comp1.semi.p0+comp1.semi.P))*comp1.semi.bc_Vp/(1+comp1.semi.dcnP)^2)</str> </arr> <str>comp1.semi.Jtn_anal</str> <arr> <str>if(abs(comp1.semi.bc_An_expo)&lt;comp1.semi.global_flux_tol_sg,comp1.semi.JtnC,comp1.semi.JtnSG)</str> </arr> <str>comp1.semi.Jtp_anal</str> <arr> <str>if(abs(comp1.semi.bc_Ap_expo)&lt;comp1.semi.global_flux_tol_sg,comp1.semi.JtpC,comp1.semi.JtpSG)</str> </arr> <str>comp1.semi.n_bnd_anal</str> <arr> <str>if(abs(comp1.semi.bc_An_expo)&lt;comp1.semi.global_flux_tol_sg,comp1.semi.JtnC*comp1.semi.dc_n/(e_const*comp1.semi.bc_Dn)+comp1.semi.N,comp1.semi.JtnSG*(1-comp1.semi.bc_An)/(e_const*comp1.semi.bc_Vn)+comp1.semi.N*comp1.semi.bc_An)</str> </arr> <str>comp1.semi.p_bnd_anal</str> <arr> <str>if(abs(comp1.semi.bc_Ap_expo)&lt;comp1.semi.global_flux_tol_sg,-comp1.semi.JtpC*comp1.semi.dc_n/(e_const*comp1.semi.bc_Dp)+comp1.semi.P,comp1.semi.JtpSG*(1-comp1.semi.bc_Ap)/(e_const*comp1.semi.bc_Vp)+comp1.semi.P*comp1.semi.bc_Ap)</str> </arr> <str>comp1.semi.nV_offset</str> <arr> <str>-comp1.semi.Phi_B-comp1.semi.chi0-comp1.semi.V_eq_adj</str> </arr> <str>comp1.semi.Vterm</str> <arr> <str>circumcenter(comp1.semi.mc1.V0)</str> </arr> <str>comp1.semi.Vref</str> <arr> <str>comp1.semi.Vref_local</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <arr> <str>comp1.semi.nD</str> <arr> <str>epsilon0_const*comp1.semi.epsilonrs*comp1.semi.nE</str> </arr> <str>comp1.semi.nV</str> <arr> <str>comp1.semi.Vterm+circumcenter(comp1.semi.V_eq)</str> </arr> <str>comp1.semi.nE</str> <arr> <str>-(comp1.semi.nV-comp1.V)/comp1.semi.dc_n</str> </arr> <str>comp1.semi.ngX</str> <arr> <str>dnXmesh</str> </arr> <str>comp1.semi.ngY</str> <arr> <str>0</str> </arr> <str>comp1.semi.ngZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.dc_n_bnd</str> <arr> <str>down(comp1.semi.rX-circumcenter(comp1.semi.rX/unit_m_cf)*unit_m_cf)*comp1.semi.ngX</str> </arr> <str>comp1.semi.nX</str> <arr> <str>dnX</str> </arr> <str>comp1.semi.nY</str> <arr> <str>0</str> </arr> <str>comp1.semi.nZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.nmeshX</str> <arr> <str>dnXmesh</str> </arr> <str>comp1.semi.nmeshY</str> <arr> <str>0</str> </arr> <str>comp1.semi.nmeshZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.bc_grad_chi</str> <arr> <str>(comp1.semi.chi_semi-down(circumcenter(comp1.semi.chi_semi)))/comp1.semi.dc_n</str> </arr> <str>comp1.semi.bc_grad_Eg</str> <arr> <str>(comp1.semi.Eg-down(circumcenter(comp1.semi.Eg)))/comp1.semi.dc_n</str> </arr> <str>comp1.semi.bc_grad_logNc</str> <arr> <str>(log(comp1.semi.Nc*unit_m_cf^3)-down(circumcenter(log(comp1.semi.Nc*unit_m_cf^3))))/comp1.semi.dc_n</str> </arr> <str>comp1.semi.bc_grad_logNv</str> <arr> <str>(log(comp1.semi.Nv*unit_m_cf^3)-down(circumcenter(log(comp1.semi.Nv*unit_m_cf^3))))/comp1.semi.dc_n</str> </arr> <str>comp1.semi.Jn_post_ext_down</str> <arr> <str>comp1.semi.nJn</str> </arr> <str>comp1.semi.Jp_post_ext_down</str> <arr> <str>comp1.semi.nJp</str> </arr> <str>comp1.semi.n_bnd</str> <arr> <str>circumcenter(comp1.semi.n_eq)</str> </arr> <str>comp1.semi.p_bnd</str> <arr> <str>circumcenter(comp1.semi.p_eq)</str> </arr> <str>comp1.semi.n_bnd_num</str> <arr> <str>if(comp1.semi.n_bnd&gt;1.0E-100*unit_m_cf^(-3),comp1.semi.n_bnd,1.0E-100*unit_m_cf^(-3))</str> </arr> <str>comp1.semi.p_bnd_num</str> <arr> <str>if(comp1.semi.p_bnd&gt;1.0E-100*unit_m_cf^(-3),comp1.semi.p_bnd,1.0E-100*unit_m_cf^(-3))</str> </arr> <str>comp1.semi.nJ</str> <arr> <str>comp1.semi.nJn+comp1.semi.nJp</str> </arr> <str>comp1.semi.nJn</str> <arr> <str>comp1.semi.nJn_FV</str> </arr> <str>comp1.semi.nJp</str> <arr> <str>comp1.semi.nJp_FV</str> </arr> <str>comp1.semi.nJn_SR</str> <arr> <str>0</str> </arr> <str>comp1.semi.nJp_SR</str> <arr> <str>0</str> </arr> <str>comp1.semi.bc_gamma_n</str> <arr> <str>1</str> </arr> <str>comp1.semi.bc_gamma_p</str> <arr> <str>1</str> </arr> <str>comp1.semi.bc_Gn</str> <arr> <str>1</str> </arr> <str>comp1.semi.bc_Gp</str> <arr> <str>1</str> </arr> <str>comp1.semi.bc_Qthn</str> <arr> <str>2*comp1.semi.Vth*comp1.semi.mun</str> </arr> <str>comp1.semi.bc_Qthp</str> <arr> <str>2*comp1.semi.Vth*comp1.semi.mup</str> </arr> <str>comp1.semi.bc_Qn</str> <arr> <str>2*comp1.semi.Vth*comp1.semi.mun</str> </arr> <str>comp1.semi.bc_Qp</str> <arr> <str>2*comp1.semi.Vth*comp1.semi.mup</str> </arr> <str>comp1.semi.bc_Dn</str> <arr> <str>comp1.semi.mun*comp1.semi.Vth*comp1.semi.Gn</str> </arr> <str>comp1.semi.bc_Dp</str> <arr> <str>comp1.semi.mup*comp1.semi.Vth*comp1.semi.Gp</str> </arr> <str>comp1.semi.bc_Dn_th</str> <arr> <str>comp1.semi.bc_Qn-1.5*comp1.semi.bc_Dn</str> </arr> <str>comp1.semi.bc_Dp_th</str> <arr> <str>comp1.semi.bc_Qp-1.5*comp1.semi.bc_Dp</str> </arr> <str>comp1.semi.bc_Vn</str> <arr> <str>comp1.semi.mun*comp1.semi.nE-comp1.semi.mun*comp1.semi.bc_grad_chi-comp1.semi.bc_Dn*comp1.semi.bc_grad_logNc+comp1.semi.bc_Dn_th*d(comp1.semi.Tl,X)*comp1.semi.ngX/comp1.semi.Tl</str> </arr> <str>comp1.semi.bc_Vp</str> <arr> <str>comp1.semi.mup*comp1.semi.nE-comp1.semi.mup*comp1.semi.bc_grad_chi-comp1.semi.mup*comp1.semi.bc_grad_Eg+comp1.semi.bc_Dp*comp1.semi.bc_grad_logNv-comp1.semi.bc_Dp_th*d(comp1.semi.Tl,X)*comp1.semi.ngX/comp1.semi.Tl</str> </arr> <str>comp1.semi.bc_An</str> <arr> <str>exp(comp1.semi.bc_An_expo)</str> </arr> <str>comp1.semi.bc_Ap</str> <arr> <str>exp(comp1.semi.bc_Ap_expo)</str> </arr> <str>comp1.semi.bc_An_expo</str> <arr> <str>-comp1.semi.bc_Vn*comp1.semi.dc_n/comp1.semi.bc_Dn</str> </arr> <str>comp1.semi.bc_Ap_expo</str> <arr> <str>comp1.semi.bc_Vp*comp1.semi.dc_n/comp1.semi.bc_Dp</str> </arr> <str>comp1.semi.nJn_FV</str> <arr> <str>if(abs(comp1.semi.bc_An_expo)&lt;comp1.semi.global_flux_tol_sg,comp1.semi.nJn_C,comp1.semi.nJn_SG)</str> </arr> <str>comp1.semi.nJp_FV</str> <arr> <str>if(abs(comp1.semi.bc_Ap_expo)&lt;comp1.semi.global_flux_tol_sg,comp1.semi.nJp_C,comp1.semi.nJp_SG)</str> </arr> <str>comp1.semi.n_bnd_FV</str> <arr> <str>if(abs(comp1.semi.bc_An)&lt;comp1.semi.global_flux_tol_sg,comp1.semi.nJn*comp1.semi.dc_n/(e_const*comp1.semi.bc_Dn)+comp1.semi.N,comp1.semi.nJn*(1-comp1.semi.bc_An)/(e_const*comp1.semi.bc_Vn)+comp1.semi.N*comp1.semi.bc_An)</str> </arr> <str>comp1.semi.p_bnd_FV</str> <arr> <str>if(abs(comp1.semi.bc_Ap)&lt;comp1.semi.global_flux_tol_sg,-comp1.semi.nJp*comp1.semi.dc_n/(e_const*comp1.semi.bc_Dp)+comp1.semi.P,comp1.semi.nJp*(1-comp1.semi.bc_Ap)/(e_const*comp1.semi.bc_Vp)+comp1.semi.P*comp1.semi.bc_Ap)</str> </arr> <str>comp1.semi.nJn_SG</str> <arr> <str>-e_const*comp1.semi.bc_Vn*(comp1.semi.n_bnd-comp1.semi.N*comp1.semi.bc_An)/comp1.semi.nJn_SG_denom_num</str> </arr> <str>comp1.semi.nJp_SG</str> <arr> <str>-e_const*comp1.semi.bc_Vp*(comp1.semi.p_bnd-comp1.semi.P*comp1.semi.bc_Ap)/comp1.semi.nJp_SG_denom_num</str> </arr> <str>comp1.semi.nJn_SG_denom</str> <arr> <str>-1+comp1.semi.bc_An</str> </arr> <str>comp1.semi.nJp_SG_denom</str> <arr> <str>-1+comp1.semi.bc_Ap</str> </arr> <str>comp1.semi.nJn_SG_denom_num</str> <arr> <str>if(abs(comp1.semi.nJn_SG_denom)&lt;comp1.semi.global_flux_tol_sg,if(sign(comp1.semi.nJn_SG_denom)==0,comp1.semi.global_flux_tol_sg,sign(comp1.semi.nJn_SG_denom)*comp1.semi.global_flux_tol_sg),comp1.semi.nJn_SG_denom)</str> </arr> <str>comp1.semi.nJp_SG_denom_num</str> <arr> <str>if(abs(comp1.semi.nJp_SG_denom)&lt;comp1.semi.global_flux_tol_sg,if(sign(comp1.semi.nJp_SG_denom)==0,comp1.semi.global_flux_tol_sg,sign(comp1.semi.nJp_SG_denom)*comp1.semi.global_flux_tol_sg),comp1.semi.nJp_SG_denom)</str> </arr> <str>comp1.semi.nJn_C</str> <arr> <str>e_const*(-comp1.semi.bc_Dn*(-comp1.semi.n_bnd+comp1.semi.N)/comp1.semi.dc_n+0.5*(comp1.semi.n_bnd+comp1.semi.N)*comp1.semi.bc_Vn)</str> </arr> <str>comp1.semi.nJp_C</str> <arr> <str>e_const*(comp1.semi.bc_Dp*(-comp1.semi.p_bnd+comp1.semi.P)/comp1.semi.dc_n+0.5*(comp1.semi.p_bnd+comp1.semi.P)*comp1.semi.bc_Vp)</str> </arr> <str>comp1.semi.delta_nJn</str> <arr> <str>0</str> </arr> <str>comp1.semi.delta_nJp</str> <arr> <str>0</str> </arr> <str>comp1.semi.Vterm</str> <arr> <str>circumcenter(comp1.semi.mc2.V0)</str> </arr> <str>comp1.semi.mc2.V0</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>3</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <arr> <str>comp1.semi.dnD_dt</str> <arr> <str>d(comp1.semi.nD,t)</str> </arr> <str>comp1.semi.dc_n</str> <arr> <str>if(abs(comp1.semi.dc_n_bnd)&lt;comp1.semi.dc_tol,if(sign(comp1.semi.dc_n_bnd)==0,comp1.semi.dc_tol,sign(comp1.semi.dc_n_bnd)*comp1.semi.dc_tol),comp1.semi.dc_n_bnd)</str> </arr> <str>comp1.semi.Jn_th_post_ext_down</str> <arr> <str>e_const*comp1.semi.bc_Dn_th*d(comp1.semi.Tl,X)*comp1.semi.ngX*comp1.semi.N/comp1.semi.Tl</str> </arr> <str>comp1.semi.Jn_th_post_ext_up</str> <arr> <str>e_const*comp1.semi.Dn_th_up*d(comp1.semi.Tl,X)*comp1.semi.ungX*up(comp1.semi.N)/comp1.semi.Tl</str> </arr> <str>comp1.semi.Jp_th_post_ext_down</str> <arr> <str>-e_const*comp1.semi.bc_Dp_th*d(comp1.semi.Tl,X)*comp1.semi.ngX*comp1.semi.P/comp1.semi.Tl</str> </arr> <str>comp1.semi.Jp_th_post_ext_up</str> <arr> <str>-e_const*comp1.semi.bc_Dp_th*d(comp1.semi.Tl,X)*comp1.semi.ngX*comp1.semi.P/comp1.semi.Tl</str> </arr> <str>comp1.semi.Jn_drift_post_ext_down</str> <arr> <str>e_const*down(comp1.semi.mun)*(comp1.semi.nE-d(comp1.semi.chi_semi,X)*comp1.semi.dngX)*down(comp1.semi.N)</str> </arr> <str>comp1.semi.Jn_drift_post_ext_up</str> <arr> <str>e_const*up(comp1.semi.mun)*(comp1.semi.nE-d(comp1.semi.chi_semi,X)*comp1.semi.ungX)*up(comp1.semi.N)</str> </arr> <str>comp1.semi.Jp_drift_post_ext_down</str> <arr> <str>e_const*down(comp1.semi.mup)*(comp1.semi.nE-d(comp1.semi.chi_semi,X)*comp1.semi.dngX-d(comp1.semi.Eg,X)*comp1.semi.dngX)*down(comp1.semi.P)</str> </arr> <str>comp1.semi.Jp_drift_post_ext_up</str> <arr> <str>e_const*up(comp1.semi.mup)*(comp1.semi.nE-d(comp1.semi.chi_semi,X)*comp1.semi.ungX-d(comp1.semi.Eg,X)*comp1.semi.ungX)*up(comp1.semi.P)</str> </arr> <str>comp1.semi.Jn_diff_post_ext_down</str> <arr> <str>comp1.semi.nJn-e_const*comp1.semi.bc_Vn*comp1.semi.N</str> </arr> <str>comp1.semi.Jn_diff_post_ext_up</str> <arr> <str>comp1.semi.nJn-e_const*comp1.semi.bc_Vn*comp1.semi.N</str> </arr> <str>comp1.semi.Jp_diff_post_ext_down</str> <arr> <str>comp1.semi.nJp-e_const*comp1.semi.bc_Vp*comp1.semi.P</str> </arr> <str>comp1.semi.Jp_diff_post_ext_up</str> <arr> <str>comp1.semi.nJp-e_const*comp1.semi.bc_Vp*comp1.semi.P</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>3</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> P<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <arr> <str>comp1.semi.dnD_dt</str> <arr> <str>d(comp1.semi.nD,t)</str> </arr> <str>comp1.semi.nV</str> <arr> <str>(comp1.semi.epsilonr_down*comp1.semi.dc_up*down(comp1.V)+comp1.semi.epsilonr_up*comp1.semi.dc_down*up(comp1.V))/comp1.semi.E_cd_denom_num</str> </arr> <str>comp1.semi.ngX</str> <arr> <str>nXmesh</str> </arr> <str>comp1.semi.ngY</str> <arr> <str>0</str> </arr> <str>comp1.semi.ngZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.nX</str> <arr> <str>nX</str> </arr> <str>comp1.semi.nY</str> <arr> <str>0</str> </arr> <str>comp1.semi.nZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.nmeshX</str> <arr> <str>nXmesh</str> </arr> <str>comp1.semi.nmeshY</str> <arr> <str>0</str> </arr> <str>comp1.semi.nmeshZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.Jn_th_post_int_down</str> <arr> <str>e_const*comp1.semi.Dn_th_down*d(comp1.semi.Tl,X)*comp1.semi.dngX*down(comp1.semi.N)/comp1.semi.Tl</str> </arr> <str>comp1.semi.Jn_th_post_int_up</str> <arr> <str>e_const*comp1.semi.Dn_th_up*d(comp1.semi.Tl,X)*comp1.semi.dngX*up(comp1.semi.N)/comp1.semi.Tl</str> </arr> <str>comp1.semi.Jp_th_post_int_down</str> <arr> <str>-e_const*comp1.semi.Dp_th_down*d(comp1.semi.Tl,X)*comp1.semi.dngX*down(comp1.semi.P)/comp1.semi.Tl</str> </arr> <str>comp1.semi.Jp_th_post_int_up</str> <arr> <str>-e_const*comp1.semi.Dp_th_up*d(comp1.semi.Tl,X)*comp1.semi.dngX*up(comp1.semi.P)/comp1.semi.Tl</str> </arr> <str>comp1.semi.Jn_drift_post_int_down</str> <arr> <str>e_const*down(comp1.semi.mun)*(comp1.semi.E_down-d(comp1.semi.chi_semi,X)*comp1.semi.dngX)*down(comp1.semi.N)</str> </arr> <str>comp1.semi.Jn_drift_post_int_up</str> <arr> <str>e_const*up(comp1.semi.mun)*(comp1.semi.E_up-d(comp1.semi.chi_semi,X)*comp1.semi.ungX)*up(comp1.semi.N)</str> </arr> <str>comp1.semi.Jp_drift_post_int_down</str> <arr> <str>e_const*down(comp1.semi.mup)*(comp1.semi.E_down-d(comp1.semi.chi_semi,X)*comp1.semi.dngX-d(comp1.semi.Eg,X)*comp1.semi.dngX)*down(comp1.semi.P)</str> </arr> <str>comp1.semi.Jp_drift_post_int_up</str> <arr> <str>e_const*up(comp1.semi.mup)*(comp1.semi.E_up-d(comp1.semi.chi_semi,X)*comp1.semi.ungX-d(comp1.semi.Eg,X)*comp1.semi.ungX)*up(comp1.semi.P)</str> </arr> <str>comp1.semi.Jn_diff_post_int_down</str> <arr> <str>comp1.semi.nJn_sg-e_const*comp1.semi.Vn_down*down(comp1.semi.N)</str> </arr> <str>comp1.semi.Jn_diff_post_int_up</str> <arr> <str>comp1.semi.nJn_sg-e_const*comp1.semi.Vn_up*up(comp1.semi.N)</str> </arr> <str>comp1.semi.Jp_diff_post_int_down</str> <arr> <str>comp1.semi.nJp_sg-e_const*comp1.semi.Vp_down*down(comp1.semi.P)</str> </arr> <str>comp1.semi.Jp_diff_post_int_up</str> <arr> <str>comp1.semi.nJp_sg-e_const*comp1.semi.Vp_up*up(comp1.semi.P)</str> </arr> <str>comp1.semi.Jn_post_ext_down</str> <arr> <str>comp1.semi.nJn_int</str> </arr> <str>comp1.semi.Jn_post_ext_up</str> <arr> <str>comp1.semi.nJn_int</str> </arr> <str>comp1.semi.Jn_post_int_down</str> <arr> <str>comp1.semi.nJn_int</str> </arr> <str>comp1.semi.Jn_post_int_up</str> <arr> <str>comp1.semi.nJn_int</str> </arr> <str>comp1.semi.Jp_post_ext_down</str> <arr> <str>comp1.semi.nJp_int</str> </arr> <str>comp1.semi.Jp_post_ext_up</str> <arr> <str>comp1.semi.nJp_int</str> </arr> <str>comp1.semi.Jp_post_int_down</str> <arr> <str>comp1.semi.nJp_int</str> </arr> <str>comp1.semi.Jp_post_int_up</str> <arr> <str>comp1.semi.nJp_int</str> </arr> <str>comp1.semi.delta_nJn</str> <arr> <str>0</str> </arr> <str>comp1.semi.delta_nJp</str> <arr> <str>0</str> </arr> <str>comp1.semi.nJn_int</str> <arr> <str>comp1.semi.nJn_int_anal</str> </arr> <str>comp1.semi.nJp_int</str> <arr> <str>comp1.semi.nJp_int_anal</str> </arr> <str>comp1.semi.nJn_up</str> <arr> <str>-comp1.semi.nJn_int</str> </arr> <str>comp1.semi.nJp_up</str> <arr> <str>-comp1.semi.nJp_int</str> </arr> <str>comp1.semi.nJn_down</str> <arr> <str>comp1.semi.nJn_int</str> </arr> <str>comp1.semi.nJp_down</str> <arr> <str>comp1.semi.nJp_int</str> </arr> <str>comp1.semi.nJn_SR_up</str> <arr> <str>0</str> </arr> <str>comp1.semi.nJp_SR_up</str> <arr> <str>0</str> </arr> <str>comp1.semi.nJn_SR_down</str> <arr> <str>0</str> </arr> <str>comp1.semi.nJp_SR_down</str> <arr> <str>0</str> </arr> <str>comp1.semi.Ec_bnd_up</str> <arr> <str>-comp1.semi.nV-up(comp1.semi.chi_semi)</str> </arr> <str>comp1.semi.Ec_bnd_down</str> <arr> <str>-comp1.semi.nV-down(comp1.semi.chi_semi)</str> </arr> <str>comp1.semi.Ev_bnd_up</str> <arr> <str>comp1.semi.Ec_bnd_up-up(comp1.semi.Eg)</str> </arr> <str>comp1.semi.Ev_bnd_down</str> <arr> <str>comp1.semi.Ec_bnd_down-down(comp1.semi.Eg)</str> </arr> <str>comp1.semi.n_bnd_down</str> <arr> <str>comp1.semi.n_bnd_down_anal</str> </arr> <str>comp1.semi.p_bnd_down</str> <arr> <str>comp1.semi.p_bnd_down_anal</str> </arr> <str>comp1.semi.n_bnd_up</str> <arr> <str>comp1.semi.n_bnd_up_anal</str> </arr> <str>comp1.semi.p_bnd_up</str> <arr> <str>comp1.semi.p_bnd_up_anal</str> </arr> <str>comp1.semi.bc_An_up</str> <arr> <str>exp(comp1.semi.bc_An_expo_up)</str> </arr> <str>comp1.semi.bc_Ap_up</str> <arr> <str>exp(comp1.semi.bc_Ap_expo_up)</str> </arr> <str>comp1.semi.bc_An_expo_up</str> <arr> <str>comp1.semi.Vn_up*comp1.semi.dc_up_bnd/comp1.semi.Dn_up</str> </arr> <str>comp1.semi.bc_Ap_expo_up</str> <arr> <str>-comp1.semi.Vp_up*comp1.semi.dc_up_bnd/comp1.semi.Dp_up</str> </arr> <str>comp1.semi.nJn_FV_up</str> <arr> <str>if(abs(comp1.semi.bc_An_expo_up)&lt;comp1.semi.global_flux_tol_sg,comp1.semi.nJn_C_up,comp1.semi.nJn_SG_up)</str> </arr> <str>comp1.semi.nJp_FV_up</str> <arr> <str>if(abs(comp1.semi.bc_Ap_expo_up)&lt;comp1.semi.global_flux_tol_sg,comp1.semi.nJp_C_up,comp1.semi.nJp_SG_up)</str> </arr> <str>comp1.semi.n_bnd_FV_up</str> <arr> <str>if(abs(comp1.semi.bc_An_up)&lt;comp1.semi.global_flux_tol_sg,comp1.semi.nJn_up*comp1.semi.dc_up_bnd/(e_const*comp1.semi.Dn_up)+up(comp1.semi.N),-comp1.semi.nJn_up*(1-comp1.semi.bc_An_up)/(e_const*comp1.semi.Vn_up)+up(comp1.semi.N)*comp1.semi.bc_An_up)</str> </arr> <str>comp1.semi.p_bnd_FV_up</str> <arr> <str>if(abs(comp1.semi.bc_Ap_up)&lt;comp1.semi.glob `al_flux_tol_sg,-comp1.semi.nJp_up*comp1.semi.dc_up_bnd/(e_const*comp1.semi.Dp_up)+up(comp1.semi.P),-comp1.semi.nJp_up*(1-comp1.semi.bc_Ap_up)/(e_const*comp1.semi.Vp_up)+up(comp1.semi.P)*comp1.semi.bc_Ap_up)</str> </arr> <str>comp1.semi.nJn_SG_up</str> <arr> <str>e_const*comp1.semi.Vn_up*(comp1.semi.n_bnd_up-up(comp1.semi.N)*comp1.semi.bc_An_up)/comp1.semi.nJn_SG_denom_num_up</str> </arr> <str>comp1.semi.nJp_SG_up</str> <arr> <str>e_const*comp1.semi.Vp_up*(comp1.semi.p_bnd_up-up(comp1.semi.P)*comp1.semi.bc_Ap_up)/comp1.semi.nJp_SG_denom_num_up</str> </arr> <str>comp1.semi.nJn_SG_denom_up</str> <arr> <str>-1+comp1.semi.bc_An_up</str> </arr> <str>comp1.semi.nJp_SG_denom_up</str> <arr> <str>-1+comp1.semi.bc_Ap_up</str> </arr> <str>comp1.semi.nJn_SG_denom_num_up</str> <arr> <str>if(abs(comp1.semi.nJn_SG_denom_up)&lt;comp1.semi.global_flux_tol_sg,if(sign(comp1.semi.nJn_SG_denom_up)==0,comp1.semi.global_flux_tol_sg,sign(comp1.semi.nJn_SG_denom_up)*comp1.semi.global_flux_tol_sg),comp1.semi.nJn_SG_denom_up)</str> </arr> <str>comp1.semi.nJp_SG_denom_num_up</str> <arr> <str>if(abs(comp1.semi.nJp_SG_denom_up)&lt;comp1.semi.global_flux_tol_sg,if(sign(comp1.semi.nJp_SG_denom_up)==0,comp1.semi.global_flux_tol_sg,sign(comp1.semi.nJp_SG_denom_up)*comp1.semi.global_flux_tol_sg),comp1.semi.nJp_SG_denom_up)</str> </arr> <str>comp1.semi.nJn_C_up</str> <arr> <str>e_const*(-comp1.semi.Dn_up*(-comp1.semi.n_bnd_up+up(comp1.semi.N))/comp1.semi.dc_up_bnd-0.5*(comp1.semi.n_bnd_up+up(comp1.semi.N))*comp1.semi.Vn_up)</str> </arr> <str>comp1.semi.nJp_C_up</str> <arr> <str>e_const*(comp1.semi.Dp_up*(-comp1.semi.p_bnd_up+up(comp1.semi.P))/comp1.semi.dc_up_bnd-0.5*(comp1.semi.p_bnd_up+up(comp1.semi.P))*comp1.semi.Vp_up)</str> </arr> <str>comp1.semi.bc_An_down</str> <arr> <str>exp(comp1.semi.bc_An_expo_down)</str> </arr> <str>comp1.semi.bc_Ap_down</str> <arr> <str>exp(comp1.semi.bc_Ap_expo_down)</str> </arr> <str>comp1.semi.bc_An_expo_down</str> <arr> <str>-comp1.semi.Vn_down*comp1.semi.dc_down_bnd/comp1.semi.Dn_down</str> </arr> <str>comp1.semi.bc_Ap_expo_down</str> <arr> <str>comp1.semi.Vp_down*comp1.semi.dc_down_bnd/comp1.semi.Dp_down</str> </arr> <str>comp1.semi.nJn_FV_down</str> <arr> <str>if(abs(comp1.semi.bc_An_expo_down)&lt;comp1.semi.global_flux_tol_sg,comp1.semi.nJn_C_down,comp1.semi.nJn_SG_down)</str> </arr> <str>comp1.semi.nJp_FV_down</str> <arr> <str>if(abs(comp1.semi.bc_Ap_expo_down)&lt;comp1.semi.global_flux_tol_sg,comp1.semi.nJp_C_down,comp1.semi.nJp_SG_down)</str> </arr> <str>comp1.semi.n_bnd_FV_down</str> <arr> <str>if(abs(comp1.semi.bc_An_down)&lt;comp1.semi.global_flux_tol_sg,comp1.semi.nJn_down*comp1.semi.dc_down_bnd/(e_const*comp1.semi.Dn_down)+down(comp1.semi.N),comp1.semi.nJn_down*(1-comp1.semi.bc_An_down)/(e_const*comp1.semi.Vn_down)+down(comp1.semi.N)*comp1.semi.bc_An_down)</str> </arr> <str>comp1.semi.p_bnd_FV_down</str> <arr> <str>if(abs(comp1.semi.bc_Ap_down)&lt;comp1.semi.global_flux_tol_sg,-comp1.semi.nJp_down*comp1.semi.dc_down_bnd/(e_const*comp1.semi.Dp_down)+down(comp1.semi.P),comp1.semi.nJp_down*(1-comp1.semi.bc_Ap_down)/(e_const*comp1.semi.Vp_down)+down(comp1.semi.P)*comp1.semi.bc_Ap_down)</str> </arr> <str>comp1.semi.nJn_SG_down</str> <arr> <str>-e_const*comp1.semi.Vn_down*(comp1.semi.n_bnd_down-down(comp1.semi.N)*comp1.semi.bc_An_down)/comp1.semi.nJn_SG_denom_num_down</str> </arr> <str>comp1.semi.nJp_SG_down</str> <arr> <str>-e_const*comp1.semi.Vp_down*(comp1.semi.p_bnd_down-down(comp1.semi.P)*comp1.semi.bc_Ap_down)/comp1.semi.nJp_SG_denom_num_down</str> </arr> <str>comp1.semi.nJn_SG_denom_down</str> <arr> <str>-1+comp1.semi.bc_An_down</str> </arr> <str>comp1.semi.nJp_SG_denom_down</str> <arr> <str>-1+comp1.semi.bc_Ap_down</str> </arr> <str>comp1.semi.nJn_SG_denom_num_down</str> <arr> <str>if(abs(comp1.semi.nJn_SG_denom_down)&lt;comp1.semi.global_flux_tol_sg,if(sign(comp1.semi.nJn_SG_denom_down)==0,comp1.semi.global_flux_tol_sg,sign(comp1.semi.nJn_SG_denom_down)*comp1.semi.global_flux_tol_sg),comp1.semi.nJn_SG_denom_down)</str> </arr> <str>comp1.semi.nJp_SG_denom_num_down</str> <arr> <str>if(abs(comp1.semi.nJp_SG_denom_down)&lt;comp1.semi.global_flux_tol_sg,if(sign(comp1.semi.nJp_SG_denom_down)==0,comp1.semi.global_flux_tol_sg,sign(comp1.semi.nJp_SG_denom_down)*comp1.semi.global_flux_tol_sg),comp1.semi.nJp_SG_denom_down)</str> </arr> <str>comp1.semi.nJn_C_down</str> <arr> <str>e_const*(-comp1.semi.Dn_down*(-comp1.semi.n_bnd_down+down(comp1.semi.N))/comp1.semi.dc_down_bnd+0.5*(comp1.semi.n_bnd_down+down(comp1.semi.N))*comp1.semi.Vn_down)</str> </arr> <str>comp1.semi.nJp_C_down</str> <arr> <str>e_const*(comp1.semi.Dp_down*(-comp1.semi.p_bnd_down+down(comp1.semi.P))/comp1.semi.dc_down_bnd+0.5*(comp1.semi.p_bnd_down+down(comp1.semi.P))*comp1.semi.Vp_down)</str> </arr> <str>comp1.semi.Q_int_tot</str> <arr> <str>comp1.semi.Q_int_Jn+comp1.semi.Q_int_Jp</str> </arr> <str>comp1.semi.Q_int_Jn</str> <arr> <str>comp1.semi.nJn_int*(comp1.semi.Ec_bnd_up-comp1.semi.Ec_bnd_down)</str> </arr> <str>comp1.semi.Q_int_Jp</str> <arr> <str>comp1.semi.nJp_int*(comp1.semi.Ev_bnd_up-comp1.semi.Ev_bnd_down)</str> </arr> <str>comp1.semi.cont2.cp</str> <arr> <str>comp1.semi.cp</str> </arr> <str>comp1.semi.Fn</str> <arr> <str>exp(-abs(comp1.semi.Ec_bnd_down-comp1.semi.Ec_bnd_up)/comp1.semi.Vth)</str> </arr> <str>comp1.semi.Fp</str> <arr> <str>exp(-abs(comp1.semi.Ev_bnd_down-comp1.semi.Ev_bnd_up)/comp1.semi.Vth)</str> </arr> <str>comp1.semi.vneffd</str> <arr> <str>comp1.semi.cont2.cp*if(comp1.semi.Ec_bnd_up&gt;=comp1.semi.Ec_bnd_down,comp1.semi.vn_down*comp1.semi.Fn,comp1.semi.vn_down)</str> </arr> <str>comp1.semi.vpeffd</str> <arr> <str>comp1.semi.cont2.cp*if(comp1.semi.Ev_bnd_up&lt;=comp1.semi.Ev_bnd_down,comp1.semi.vp_down*comp1.semi.Fp,comp1.semi.vp_down)</str> </arr> <str>comp1.semi.vneffu</str> <arr> <str>comp1.semi.cont2.cp*if(comp1.semi.Ec_bnd_up&gt;=comp1.semi.Ec_bnd_down,comp1.semi.vn_up,comp1.semi.vn_up*comp1.semi.Fn)</str> </arr> <str>comp1.semi.vpeffu</str> <arr> <str>comp1.semi.cont2.cp*if(comp1.semi.Ev_bnd_up&lt;=comp1.semi.Ev_bnd_down,comp1.semi.vp_up,comp1.semi.vp_up*comp1.semi.Fp)</str> </arr> <str>comp1.semi.nJn_int_anal</str> <arr> <str>if(abs(comp1.semi.Bn_expo)+abs(comp1.semi.An_expo)&lt;comp1.semi.global_flux_tol_sg,comp1.semi.nTECn,comp1.semi.nTESGn)</str> </arr> <str>comp1.semi.nJp_int_anal</str> <arr> <str>if(abs(comp1.semi.Bp_expo)+abs(comp1.semi.Ap_expo)&lt;comp1.semi.global_flux_tol_sg,comp1.semi.nTECp,comp1.semi.nTESGp)</str> </arr> <str>comp1.semi.nTESGn</str> <arr> <str>e_const*comp1.semi.Vn_down*(-comp1.semi.An*comp1.semi.vneffd*down(comp1.semi.N)/comp1.semi.vneffu+comp1.semi.Bn*up(comp1.semi.N))/((1-comp1.semi.An)*comp1.semi.vneffd/comp1.semi.vneffu+comp1.semi.Vn_down*(-1+comp1.semi.Bn+comp1.semi.Vn_up/comp1.semi.vneffu)/comp1.semi.Vn_up)</str> </arr> <str>comp1.semi.nTECn</str> <arr> <str>e_const*(-comp1.semi.Dn_down*comp1.semi.Dn_up*(down(comp1.semi.N)*comp1.semi.vneffd-up(comp1.semi.N)*comp1.semi.vneffu)/(comp1.semi.dc_down*comp1.semi.Dn_up*comp1.semi.vneffd+comp1.semi.Dn_down*(comp1.semi.Dn_up+comp1.semi.dc_up*comp1.semi.vneffu))+0.5*(comp1.semi.Vn_down*comp1.semi.vneffd*(down(comp1.semi.N)*comp1.semi.vneffd+up(comp1.semi.N)*comp1.semi.vneffu)*(comp1.semi.dc_down*comp1.semi.Dn_up)^2+comp1.semi.dc_up*comp1.semi.Dn_down^2*comp1.semi.vneffu*(2*comp1.semi.Dn_up*up(comp1.semi.N)+comp1.semi.dc_up*down(comp1.semi.N)*comp1.semi.vneffd+comp1.semi.dc_up*up(comp1.semi.N)*comp1.semi.vneffu)*comp1.semi.Vn_up+2*comp1.semi.dc_down*comp1.semi.Dn_down*comp1.semi.Dn_up*comp1.semi.vneffd*(comp1.semi.Dn_up*down(comp1.semi.N)*comp1.semi.Vn_down+comp1.semi.dc_up*comp1.semi.vneffu*(down(comp1.semi.N)*comp1.semi.Vn_down+up(comp1.semi.N)*comp1.semi.Vn_up)))/(comp1.semi.dc_down*comp1.semi.Dn_up*comp1.semi.vneffd+comp1.semi.Dn_down*(comp1.semi.Dn_up+comp1.semi.dc_up*comp1.semi.vneffu))^2)</str> </arr> <str>comp1.semi.nTESGp</str> <arr> <str>e_const*comp1.semi.Vp_down*(comp1.semi.Ap*comp1.semi.vpeffd*down(comp1.semi.P)/comp1.semi.vpeffu-comp1.semi.Bp*up(comp1.semi.P))/((-1+comp1.semi.Ap)*comp1.semi.vpeffd/comp1.semi.vpeffu+comp1.semi.Vp_down*(1-comp1.semi.Bp+comp1.semi.Vp_up/comp1.semi.vpeffu)/comp1.semi.Vp_up)</str> </arr> <str>comp1.semi.nTECp</str> <arr> <str>e_const*(comp1.semi.Dp_down*comp1.semi.Dp_up*(down(comp1.semi.P)*comp1.semi.vpeffd-up(comp1.semi.P)*comp1.semi.vpeffu)/(comp1.semi.dc_down*comp1.semi.Dp_up*comp1.semi.vpeffd+comp1.semi.Dp_down*(comp1.semi.Dp_up+comp1.semi.dc_up*comp1.semi.vpeffu))+0.5*(comp1.semi.Vp_down*comp1.semi.vpeffd*(down(comp1.semi.P)*comp1.semi.vpeffd+up(comp1.semi.P)*comp1.semi.vpeffu)*(comp1.semi.dc_down*comp1.semi.Dp_up)^2+comp1.semi.dc_up*comp1.semi.Dp_down^2*comp1.semi.vpeffu*(2*comp1.semi.Dp_up*up(comp1.semi.P)+comp1.semi.dc_up*down(comp1.semi.P)*comp1.semi.vpeffd+comp1.semi.dc_up*up(comp1.semi.P)*comp1.semi.vpeffu)*comp1.semi.Vp_up+2*comp1.semi.dc_down*comp1.semi.Dp_down*comp1.semi.Dp_up*comp1.semi.vpeffd*(comp1.semi.Dp_up*down(comp1.semi.P)*comp1.semi.Vp_down+comp1.semi.dc_up*comp1.semi.vpeffu*(down(comp1.semi.P)*comp1.semi.Vp_down+up(comp1.semi.P)*comp1.semi.Vp_up)))/(comp1.semi.dc_down*comp1.semi.Dp_up*comp1.semi.vpeffd+comp1.semi.Dp_down*(comp1.semi.Dp_up+comp1.semi.dc_up*comp1.semi.vpeffu))^2)</str> </arr> <str>comp1.semi.nTEdSG</str> <arr> <str>(-comp1.semi.Bn*up(comp1.semi.N)+comp1.semi.An*(-comp1.semi.Vn_down*(-1+comp1.semi.Bn+comp1.semi.Vn_up/comp1.semi.vneffu)*down(comp1.semi.N)/comp1.semi.Vn_up+comp1.semi.Bn*up(comp1.semi.N)))/((-1+comp1.semi.An)*comp1.semi.vneffd/comp1.semi.vneffu-comp1.semi.Vn_down*(-1+comp1.semi.Bn+comp1.semi.Vn_up/comp1.semi.vneffu)/comp1.semi.Vn_up)</str> </arr> <str>comp1.semi.nTEuSG</str> <arr> <str>(-comp1.semi.Bn*(comp1.semi.Vn_down+comp1.semi.vneffd)*up(comp1.semi.N)+comp1.semi.An*comp1.semi.vneffd*((1-comp1.semi.Bn)*comp1.semi.Vn_down*down(comp1.semi.N)/comp1.semi.Vn_up+comp1.semi.Bn*up(comp1.semi.N)))/(comp1.semi.vneffu*((-1+comp1.semi.An)*comp1.semi.vneffd/comp1.semi.vneffu-comp1.semi.Vn_down*(-1+comp1.semi.Bn+comp1.semi.Vn_up/comp1.semi.vneffu)/comp1.semi.Vn_up))</str> </arr> <str>comp1.semi.pTEdSG</str> <arr> <str>(-comp1.semi.Bp*up(comp1.semi.P)+comp1.semi.Ap*(comp1.semi.Vp_down*(1-comp1.semi.Bp+comp1.semi.Vp_up/comp1.semi.vpeffu)*down(comp1.semi.P)/comp1.semi.Vp_up+comp1.semi.Bp*up(comp1.semi.P)))/((-1+comp1.semi.Ap)*comp1.semi.vpeffd/comp1.semi.vpeffu+comp1.semi.Vp_down*(1-comp1.semi.Bp+comp1.semi.Vp_up/comp1.semi.vpeffu)/comp1.semi.Vp_up)</str> </arr> <str>comp1.semi.pTEuSG</str> <arr> <str>(comp1.semi.Bp*(comp1.semi.Vp_down-comp1.semi.vpeffd)*up(comp1.semi.P)+comp1.semi.Ap*comp1.semi.vpeffd*((1-comp1.semi.Bp)*comp1.semi.Vp_down*down(comp1.semi.P)/comp1.semi.Vp_up+comp1.semi.Bp*up(comp1.semi.P)))/(comp1.semi.vpeffu*((-1+comp1.semi.Ap)*comp1.semi.vpeffd/comp1.semi.vpeffu+comp1.semi.Vp_down*(1-comp1.semi.Bp+comp1.semi.Vp_up/comp1.semi.vpeffu)/comp1.semi.Vp_up))</str> </arr> <str>comp1.semi.nTEdC</str> <arr> <str>(comp1.semi.Dn_down*(1+comp1.semi.dc_up*comp1.semi.vneffu/comp1.semi.Dn_up)*down(comp1.semi.N)+comp1.semi.dc_down*comp1.semi.vneffu*up(comp1.semi.N))/(comp1.semi.vneffd*(comp1.semi.dc_down+comp1.semi.Dn_down*(1+comp1.semi.dc_up*comp1.semi.vneffu/comp1.semi.Dn_up)/comp1.semi.vneffd))</str> </arr> <str>comp1.semi.nTEuC</str> <arr> <str>(comp1.semi.dc_up*comp1.semi.Dn_down*down(comp1.semi.N)/comp1.semi.Dn_up+comp1.semi.dc_down*up(comp1.semi.N)+comp1.semi.Dn_down*up(comp1.semi.N)/comp1.semi.vneffd)/(comp1.semi.dc_down+comp1.semi.Dn_down*(1+comp1.semi.dc_up*comp1.semi.vneffu/comp1.semi.Dn_up)/comp1.semi.vneffd)</str> </arr> <str>comp1.semi.pTEdC</str> <arr> <str>(comp1.semi.Dp_down*(1+comp1.semi.dc_up*comp1.semi.vpeffu/comp1.semi.Dp_up)*down(comp1.semi.P)+comp1.semi.dc_down*comp1.semi.vpeffu*up(comp1.semi.P))/(comp1.semi.vpeffd*(comp1.semi.dc_down+comp1.semi.Dp_down*(1+comp1.semi.dc_up*comp1.semi.vpeffu/comp1.semi.Dp_up)/comp1.semi.vpeffd))</str> </arr> <str>comp1.semi.pTEuC</str> <arr> <str>(comp1.semi.dc_up*comp1.semi.Dp_down*down(comp1.semi.P)/comp1.semi.Dp_up+(comp1.semi.dc_down+comp1.semi.Dp_down/comp1.semi.vpeffd)*up(comp1.semi.P))/(comp1.semi.dc_down+comp1.semi.Dp_down*(1+comp1.semi.dc_up*comp1.semi.vpeffu/comp1.semi.Dp_up)/comp1.semi.vpeffd)</str> </arr> <str>comp1.semi.n_bnd_down_anal</str> <arr> <str>if(abs(comp1.semi.Bn_expo)+abs(comp1.semi.An_expo)&lt;comp1.semi.global_flux_tol_sg,comp1.semi.nTEdC,comp1.semi.nTEdSG)</str> </arr> <str>comp1.semi.p_bnd_down_anal</str> <arr> <str>if(abs(comp1.semi.Bp_expo)+abs(comp1.semi.Ap_expo)&lt;comp1.semi.global_flux_tol_sg,comp1.semi.pTEdC,comp1.semi.pTEdSG)</str> </arr> <str>comp1.semi.n_bnd_up_anal</str> <arr> <str>if(abs(comp1.semi.Bn_expo)+abs(comp1.semi.An_expo)&lt;comp1.semi.global_flux_tol_sg,comp1.semi.nTEuC,comp1.semi.nTEuSG)</str> </arr> <str>comp1.semi.p_bnd_up_anal</str> <arr> <str>if(abs(comp1.semi.Bp_expo)+abs(comp1.semi.Ap_expo)&lt;comp1.semi.global_flux_tol_sg,comp1.semi.pTEuC,comp1.semi.pTEuSG)</str> </arr> <str>comp1.semi.vn_down</str> <arr> <str>comp1.semi.me_star_min*down(0.5*(k_B_const*comp1.semi.Tl)^2/(pi^2*hbar_const^3*comp1.semi.Nc))</str> </arr> <str>comp1.semi.vp_down</str> <arr> <str>comp1.semi.mh_star_min*down(0.5*(k_B_const*comp1.semi.Tl)^2/(pi^2*hbar_const^3*comp1.semi.Nv))</str> </arr> <str>comp1.semi.vn_up</str> <arr> <str>comp1.semi.me_star_min*up(0.5*(k_B_const*comp1.semi.Tl)^2/(pi^2*hbar_const^3*comp1.semi.Nc))</str> </arr> <str>comp1.semi.vp_up</str> <arr> <str>comp1.semi.mh_star_min*up(0.5*(k_B_const*comp1.semi.Tl)^2/(pi^2*hbar_const^3*comp1.semi.Nv))</str> </arr> <str>comp1.semi.me_star_down</str> <arr> <str>down(2*pi*hbar_const^2*(0.5*comp1.semi.Nc)^(2/3)/(k_B_const*comp1.semi.Tl))</str> </arr> <str>comp1.semi.mh_star_down</str> <arr> <str>down(2*pi*hbar_const^2*(0.5*comp1.semi.Nv)^(2/3)/(k_B_const*comp1.semi.Tl))</str> </arr> <str>comp1.semi.me_star_up</str> <arr> <str>up(2*pi*hbar_const^2*(0.5*comp1.semi.Nc)^(2/3)/(k_B_const*comp1.semi.Tl))</str> </arr> <str>comp1.semi.mh_star_up</str> <arr> <str>up(2*pi*hbar_const^2*(0.5*comp1.semi.Nv)^(2/3)/(k_B_const*comp1.semi.Tl))</str> </arr> <str>comp1.semi.me_star_min</str> <arr> <str>min(comp1.semi.me_star_down,comp1.semi.me_star_up)</str> </arr> <str>comp1.semi.mh_star_min</str> <arr> <str>min(comp1.semi.mh_star_down,comp1.semi.mh_star_up)</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.semi.Nd</str> <arr> <str>4*eps</str> </arr> <str>comp1.semi.Na</str> <arr> <str>3*eps+comp1.semi.adm1.Na</str> </arr> <str>comp1.semi.mun</str> <arr> <str>3900*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> </arr> <str>comp1.semi.mup</str> <arr> <str>1900*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> </arr> <str>comp1.semi.Nt</str> <arr> <str>comp1.semi.atd1.Nta</str> </arr> <str>comp1.semi.epsilonrXX</str> <arr> <str>comp1.mat1.def.epsilonr11</str> </arr> <str>comp1.semi.epsilonrYX</str> <arr> <str>0</str> </arr> <str>comp1.semi.epsilonrZX</str> <arr> <str>0</str> </arr> <str>comp1.semi.epsilonrXY</str> <arr> <str>0</str> </arr> <str>comp1.semi.epsilonrYY</str> <arr> <str>comp1.mat1.def.epsilonr22</str> </arr> <str>comp1.semi.epsilonrZY</str> <arr> <str>0</str> </arr> <str>comp1.semi.epsilonrXZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.epsilonrYZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.epsilonrZZ</str> <arr> <str>comp1.mat1.def.epsilonr33</str> </arr> <str>comp1.semi.epsilonr_iso</str> <arr> <str>comp1.mat1.def.epsilonr_iso</str> </arr> <str>comp1.semi.Eg0</str> <arr> <str>0.664*unit_V_cf</str> </arr> <str>comp1.semi.chi0</str> <arr> <str>4*unit_V_cf</str> </arr> <str>comp1.semi.Nc</str> <arr> <str>1.04E19*(comp1.semi.smm1.minput_temperature/(300*unit_K_cf))^1.5/unit_cm_cf^3</str> </arr> <str>comp1.semi.Nv</str> <arr> <str>6.0E18*(comp1.semi.smm1.minput_temperature/(300*unit_K_cf))^1.5/unit_cm_cf^3</str> </arr> <str>comp1.semi.adm1.cp_dtd</str> <arr> <str>comp1.semi.cp_dtd</str> </arr> <str>comp1.semi.adm1.Nd0</str> <arr> <str>comp1.semi.adm1.Nbox*exp(-(comp1.semi.adm1.posr1/comp1.semi.adm1.chX)^2)*exp(-(comp1.semi.adm1.negr1/comp1.semi.adm1.chX)^2)</str> </arr> <str>comp1.semi.adm1.NAc</str> <arr> <str>1.0E16/unit_cm_cf^3</str> </arr> <str>comp1.semi.adm1.Nbox</str> <arr> <str>comp1.semi.adm1.NAc</str> </arr> <str>comp1.semi.adm1.matcoordX</str> <arr> <str>X-comp1.semi.adm1.rb1</str> </arr> <str>comp1.semi.adm1.matcoordY</str> <arr> <str>Y</str> </arr> <str>comp1.semi.adm1.matcoordZ</str> <arr> <str>Z</str> </arr> <str>comp1.semi.adm1.rotcoordX</str> <arr> <str>comp1.semi.adm1.matcoordX</str> </arr> <str>comp1.semi.adm1.rotcoordY</str> <arr> <str>comp1.semi.adm1.matcoordY</str> </arr> <str>comp1.semi.adm1.rotcoordZ</str> <arr> <str>comp1.semi.adm1.matcoordZ</str> </arr> <str>comp1.semi.adm1.posr1</str> <arr> <str>max(0,comp1.semi.adm1.rotcoordX-comp1.semi.adm1.poso1)</str> </arr> <str>comp1.semi.adm1.posr2</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm1.posr3</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm1.negr1</str> <arr> <str>max(0,-comp1.semi.adm1.rotcoordX)</str> </arr> <str>comp1.semi.adm1.negr2</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm1.negr3</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm1.poso1</str> <arr> <str>comp1.semi.adm1.jwidth</str> </arr> <str>comp1.semi.adm1.poso2</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm1.poso3</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm1.nego1</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm1.nego2</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm1.nego3</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm1.jwidth</str> <arr> <str>0.275*unit_um_cf</str> </arr> <str>comp1.semi.adm1.jdX</str> <arr> <str>comp1.semi.adm1.jds1D</str> </arr> <str>comp1.semi.adm1.jdY</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm1.jdZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm1.chX</str> <arr> <str>comp1.semi.adm1.jdX/sqrt(log(abs(comp1.semi.adm1.Nbox/comp1.semi.adm1.Nb)))</str> </arr> <str>comp1.semi.adm1.chY</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm1.chZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm1.rb1</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm1.rb2</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm1.rb3</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm1.jds1D</str> <arr> <str>0.025*unit_um_cf</st `r> </arr> <str>comp1.semi.adm1.Nb</str> <arr> <str>1.0E15/unit_cm_cf^3</str> </arr> <str>comp1.semi.adm1.Nd</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm1.Na</str> <arr> <str>comp1.semi.adm1.cp_dtd*comp1.semi.adm1.Nd0</str> </arr> <str>comp1.semi.taun</str> <arr> <str>comp1.mat1.SRH.taun</str> </arr> <str>comp1.semi.taup</str> <arr> <str>comp1.mat1.SRH.taup</str> </arr> <str>comp1.semi.Cn</str> <arr> <str>comp1.mat1.Auger.Cn</str> </arr> <str>comp1.semi.Cp</str> <arr> <str>comp1.mat1.Auger.Cp</str> </arr> <str>comp1.semi.atd1.cp_dtd</str> <arr> <str>comp1.semi.cp_dtd</str> </arr> <str>comp1.semi.atd1.Nd0</str> <arr> <str>comp1.semi.atd1.NTc</str> </arr> <str>comp1.semi.atd1.NTc</str> <arr> <str>1000000/unit_cm_cf^3</str> </arr> <str>comp1.semi.atd1.Nta</str> <arr> <str>comp1.semi.atd1.cp_dtd*comp1.semi.atd1.Nd0</str> </arr> <str>comp1.semi.Nta</str> <arr> <str>comp1.semi.atd1.Nta</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> k<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>comp1.semi.Nd</str> <arr> <str>4*eps+comp1.semi.adm2.Nd</str> </arr> <str>comp1.semi.Na</str> <arr> <str>3*eps</str> </arr> <str>comp1.semi.mun</str> <arr> <str>1450*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> </arr> <str>comp1.semi.mup</str> <arr> <str>500*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> </arr> <str>comp1.semi.Nt</str> <arr> <str>0</str> </arr> <str>comp1.semi.epsilonrXX</str> <arr> <str>comp1.mat2.def.epsilonr11</str> </arr> <str>comp1.semi.epsilonrYX</str> <arr> <str>0</str> </arr> <str>comp1.semi.epsilonrZX</str> <arr> <str>0</str> </arr> <str>comp1.semi.epsilonrXY</str> <arr> <str>0</str> </arr> <str>comp1.semi.epsilonrYY</str> <arr> <str>comp1.mat2.def.epsilonr22</str> </arr> <str>comp1.semi.epsilonrZY</str> <arr> <str>0</str> </arr> <str>comp1.semi.epsilonrXZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.epsilonrYZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.epsilonrZZ</str> <arr> <str>comp1.mat2.def.epsilonr33</str> </arr> <str>comp1.semi.epsilonr_iso</str> <arr> <str>comp1.mat2.def.epsilonr_iso</str> </arr> <str>comp1.semi.Eg0</str> <arr> <str>1.12*unit_V_cf</str> </arr> <str>comp1.semi.chi0</str> <arr> <str>4.05*unit_V_cf</str> </arr> <str>comp1.semi.Nc</str> <arr> <str>2.8E19*(comp1.semi.smm1.minput_temperature/(300*unit_K_cf))^1.5/unit_cm_cf^3</str> </arr> <str>comp1.semi.Nv</str> <arr> <str>1.04E19*(comp1.semi.smm1.minput_temperature/(300*unit_K_cf))^1.5/unit_cm_cf^3</str> </arr> <str>comp1.semi.adm2.cp_dtd</str> <arr> <str>comp1.semi.cp_dtd</str> </arr> <str>comp1.semi.adm2.Nd0</str> <arr> <str>comp1.semi.adm2.Nbox*exp(-(comp1.semi.adm2.posr1/comp1.semi.adm2.chX)^2)*exp(-(comp1.semi.adm2.negr1/comp1.semi.adm2.chX)^2)</str> </arr> <str>comp1.semi.adm2.NDc</str> <arr> <str>1.0E16/unit_cm_cf^3</str> </arr> <str>comp1.semi.adm2.Nbox</str> <arr> <str>comp1.semi.adm2.NDc</str> </arr> <str>comp1.semi.adm2.matcoordX</str> <arr> <str>X-comp1.semi.adm2.rb1</str> </arr> <str>comp1.semi.adm2.matcoordY</str> <arr> <str>Y</str> </arr> <str>comp1.semi.adm2.matcoordZ</str> <arr> <str>Z</str> </arr> <str>comp1.semi.adm2.rotcoordX</str> <arr> <str>comp1.semi.adm2.matcoordX</str> </arr> <str>comp1.semi.adm2.rotcoordY</str> <arr> <str>comp1.semi.adm2.matcoordY</str> </arr> <str>comp1.semi.adm2.rotcoordZ</str> <arr> <str>comp1.semi.adm2.matcoordZ</str> </arr> <str>comp1.semi.adm2.posr1</str> <arr> <str>max(0,comp1.semi.adm2.rotcoordX-comp1.semi.adm2.poso1)</str> </arr> <str>comp1.semi.adm2.posr2</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm2.posr3</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm2.negr1</str> <arr> <str>max(0,-comp1.semi.adm2.rotcoordX)</str> </arr> <str>comp1.semi.adm2.negr2</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm2.negr3</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm2.poso1</str> <arr> <str>comp1.semi.adm2.jwidth</str> </arr> <str>comp1.semi.adm2.poso2</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm2.poso3</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm2.nego1</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm2.nego2</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm2.nego3</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm2.jwidth</str> <arr> <str>0.7*unit_um_cf</str> </arr> <str>comp1.semi.adm2.jdX</str> <arr> <str>comp1.semi.adm2.jds1D</str> </arr> <str>comp1.semi.adm2.jdY</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm2.jdZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm2.chX</str> <arr> <str>comp1.semi.adm2.jdX/sqrt(log(abs(comp1.semi.adm2.Nbox/comp1.semi.adm2.Nb)))</str> </arr> <str>comp1.semi.adm2.chY</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm2.chZ</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm2.rb1</str> <arr> <str>0.325*unit_um_cf</str> </arr> <str>comp1.semi.adm2.rb2</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm2.rb3</str> <arr> <str>0</str> </arr> <str>comp1.semi.adm2.jds1D</str> <arr> <str>0.025*unit_um_cf</str> </arr> <str>comp1.semi.adm2.Nb</str> <arr> <str>1.0E15/unit_cm_cf^3</str> </arr> <str>comp1.semi.adm2.Nd</str> <arr> <str>comp1.semi.adm2.cp_dtd*comp1.semi.adm2.Nd0</str> </arr> <str>comp1.semi.adm2.Na</str> <arr> <str>0</str> </arr> <str>comp1.semi.taun</str> <arr> <str>comp1.mat2.SRH.taun</str> </arr> <str>comp1.semi.taup</str> <arr> <str>comp1.mat2.SRH.taup</str> </arr> <str>comp1.semi.Cn</str> <arr> <str>comp1.mat2.Auger.Cn</str> </arr> <str>comp1.semi.Cp</str> <arr> <str>comp1.mat2.Auger.Cp</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> \4<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>material.def.Cp</str> <arr> <str>310*unit_J_cf/(unit_kg_cf*unit_K_cf)</str> </arr> <str>material.def.Cp_symmetry</str> <arr> <str>0</str> </arr> <str>material.Cp</str> <arr> <str>comp1.mat1.def.heatcapacity</str> </arr> <str>material.Cp_symmetry</str> <arr> <str>0</str> </arr> <str>material.def.epsilonr11</str> <arr> <str>16.2</str> </arr> <str>material.def.epsilonr21</str> <arr> <str>0</str> </arr> <str>material.def.epsilonr31</str> <arr> <str>0</str> </arr> <str>material.def.epsilonr12</str> <arr> <str>0</str> </arr> <str>material.def.epsilonr22</str> <arr> <str>16.2</str> </arr> <str>material.def.epsilonr32</str> <arr> <str>0</str> </arr> <str>material.def.epsilonr13</str> <arr> <str>0</str> </arr> <str>material.def.epsilonr23</str> <arr> <str>0</str> </arr> <str>material.def.epsilonr33</str> <arr> <str>16.2</str> </arr> <str>material.def.epsilonr_symmetry</str> <arr> <str>0</str> </arr> <str>material.def.epsilonr_iso</str> <arr> <str>16.2</str> </arr> <str>material.epsilonr11</str> <arr> <str>16.2</str> </arr> <str>material.epsilonr21</str> <arr> <str>0</str> </arr> <str>material.epsilonr31</str> <arr> <str>0</str> </arr> <str>material.epsilonr12</str> <arr> <str>0</str> </arr> <str>material.epsilonr22</str> <arr> <str>16.2</str> </arr> <str>material.epsilonr32</str> <arr> <str>0</str> </arr> <str>material.epsilonr13</str> <arr> <str>0</str> </arr> <str>material.epsilonr23</str> <arr> <str>0</str> </arr> <str>material.epsilonr33</str> <arr> <str>16.2</str> </arr> <str>material.epsilonr_symmetry</str> <arr> <str>0</str> </arr> <str>material.epsilonr_iso</str> <arr> <str>16.2</str> </arr> <str>material.def.k11</str> <arr> <str>60*unit_W_cf/(unit_m_cf*unit_K_cf)</str> </arr> <str>material.def.k21</str> <arr> <str>0</str> </arr> <str>material.def.k31</str> <arr> <str>0</str> </arr> <str>material.def.k12</str> <arr> <str>0</str> </arr> <str>material.def.k22</str> <arr> <str>60*unit_W_cf/(unit_m_cf*unit_K_cf)</str> </arr> <str>material.def.k32</str> <arr> <str>0</str> </arr> <str>material.def.k13</str> <arr> <str>0</str> </arr> <str>material.def.k23</str> <arr> <str>0</str> </arr> <str>material.def.k33</str> <arr> <str>60*unit_W_cf/(unit_m_cf*unit_K_cf)</str> </arr> <str>material.def.k_symmetry</str> <arr> <str>0</str> </arr> <str>material.def.k_iso</str> <arr> <str>60*unit_W_cf/(unit_m_cf*unit_K_cf)</str> </arr> <str>material.k11</str> <arr> <str>60*unit_W_cf/(unit_m_cf*unit_K_cf)</str> </arr> <str>material.k21</str> <arr> <str>0</str> </arr> <str>material.k31</str> <arr> <str>0</str> </arr> <str>material.k12</str> <arr> <str>0</str> </arr> <str>material.k22</str> <arr> <str>60*unit_W_cf/(unit_m_cf*unit_K_cf)</str> </arr> <str>material.k32</str> <arr> <str>0</str> </arr> <str>material.k13</str> <arr> <str>0</str> </arr> <str>material.k23</str> <arr> <str>0</str> </arr> <str>material.k33</str> <arr> <str>60*unit_W_cf/(unit_m_cf*unit_K_cf)</str> </arr> <str>material.k_symmetry</str> <arr> <str>0</str> </arr> <str>material.k_iso</str> <arr> <str>60*unit_W_cf/(unit_m_cf*unit_K_cf)</str> </arr> <str>material.def.rho</str> <arr> <str>5323*unit_kg_cf/unit_m_cf^3</str> </arr> <str>material.def.rho_symmetry</str> <arr> <str>0</str> </arr> <str>material.rho</str> <arr> <str>5323*unit_kg_cf/unit_m_cf^3</str> </arr> <str>material.rho_symmetry</str> <arr> <str>0</str> </arr> <str>material.lstdf.tanDelta</str> <arr> <str>-imag(comp1.mat1.def.epsilonr_iso)/real(comp1.mat1.def.epsilonr_iso)</str> </arr> <str>material.lstdf.epsilonPrim11</str> <arr> <str>real(comp1.mat1.def.epsilonr_iso)</str> </arr> <str>material.lstdf.epsilonPrim21</str> <arr> <str>0</str> </arr> <str>material.lstdf.epsilonPrim31</str> <arr> <str>0</str> </arr> <str>material.lstdf.epsilonPrim12</str> <arr> <str>0</str> </arr> <str>material.lstdf.epsilonPrim22</str> <arr> <str>real(comp1.mat1.def.epsilonr_iso)</str> </arr> <str>material.lstdf.epsilonPrim32</str> <arr> <str>0</str> </arr> <str>material.lstdf.epsilonPrim13</str> <arr> <str>0</str> </arr> <str>material.lstdf.epsilonPrim23</str> <arr> <str>0</str> </arr> <str>material.lstdf.epsilonPrim33</str> <arr> <str>real(comp1.mat1.def.epsilonr_iso)</str> </arr> <str>material.lstdf.epsilonPrim_iso</str> <arr> <str>real(comp1.mat1.def.epsilonr_iso)</str> </arr> <str>material.lstdf.epsilonPrim_symmetry</str> < `arr> <str>4</str> </arr> <str>material.lst.epsilonPrim11</str> <arr> <str>real(comp1.mat1.def.epsilonr_iso)</str> </arr> <str>material.lst.epsilonPrim21</str> <arr> <str>0</str> </arr> <str>material.lst.epsilonPrim31</str> <arr> <str>0</str> </arr> <str>material.lst.epsilonPrim12</str> <arr> <str>0</str> </arr> <str>material.lst.epsilonPrim22</str> <arr> <str>real(comp1.mat1.def.epsilonr_iso)</str> </arr> <str>material.lst.epsilonPrim32</str> <arr> <str>0</str> </arr> <str>material.lst.epsilonPrim13</str> <arr> <str>0</str> </arr> <str>material.lst.epsilonPrim23</str> <arr> <str>0</str> </arr> <str>material.lst.epsilonPrim33</str> <arr> <str>real(comp1.mat1.def.epsilonr_iso)</str> </arr> <str>material.lst.epsilonPrim_iso</str> <arr> <str>real(comp1.mat1.def.epsilonr_iso)</str> </arr> <str>material.lst.epsilonPrim_symmetry</str> <arr> <str>4</str> </arr> <str>material.lst.delta</str> <arr> <str>atan2(-imag(comp1.mat1.def.epsilonr_iso),real(comp1.mat1.def.epsilonr_iso))*unit_rad_cf</str> </arr> <str>material.rfi.n11</str> <arr> <str>sqrt(0.5*(real(comp1.mat1.def.epsilonr_iso)+sqrt(real(comp1.mat1.def.epsilonr_iso)^2+(-imag(comp1.mat1.def.epsilonr_iso))^2)))</str> </arr> <str>material.rfi.n21</str> <arr> <str>0</str> </arr> <str>material.rfi.n31</str> <arr> <str>0</str> </arr> <str>material.rfi.n12</str> <arr> <str>0</str> </arr> <str>material.rfi.n22</str> <arr> <str>sqrt(0.5*(real(comp1.mat1.def.epsilonr_iso)+sqrt(real(comp1.mat1.def.epsilonr_iso)^2+(-imag(comp1.mat1.def.epsilonr_iso))^2)))</str> </arr> <str>material.rfi.n32</str> <arr> <str>0</str> </arr> <str>material.rfi.n13</str> <arr> <str>0</str> </arr> <str>material.rfi.n23</str> <arr> <str>0</str> </arr> <str>material.rfi.n33</str> <arr> <str>sqrt(0.5*(real(comp1.mat1.def.epsilonr_iso)+sqrt(real(comp1.mat1.def.epsilonr_iso)^2+(-imag(comp1.mat1.def.epsilonr_iso))^2)))</str> </arr> <str>material.rfi.n_iso</str> <arr> <str>sqrt(0.5*(real(comp1.mat1.def.epsilonr_iso)+sqrt(real(comp1.mat1.def.epsilonr_iso)^2+(-imag(comp1.mat1.def.epsilonr_iso))^2)))</str> </arr> <str>material.rfi.n_symmetry</str> <arr> <str>4</str> </arr> <str>material.rfi.ki11</str> <arr> <str>-0.5*imag(comp1.mat1.def.epsilonr_iso)/sqrt(0.5*(real(comp1.mat1.def.epsilonr_iso)+sqrt(real(comp1.mat1.def.epsilonr_iso)^2+(-imag(comp1.mat1.def.epsilonr_iso))^2)))</str> </arr> <str>material.rfi.ki21</str> <arr> <str>0</str> </arr> <str>material.rfi.ki31</str> <arr> <str>0</str> </arr> <str>material.rfi.ki12</str> <arr> <str>0</str> </arr> <str>material.rfi.ki22</str> <arr> <str>-0.5*imag(comp1.mat1.def.epsilonr_iso)/sqrt(0.5*(real(comp1.mat1.def.epsilonr_iso)+sqrt(real(comp1.mat1.def.epsilonr_iso)^2+(-imag(comp1.mat1.def.epsilonr_iso))^2)))</str> </arr> <str>material.rfi.ki32</str> <arr> <str>0</str> </arr> <str>material.rfi.ki13</str> <arr> <str>0</str> </arr> <str>material.rfi.ki23</str> <arr> <str>0</str> </arr> <str>material.rfi.ki33</str> <arr> <str>-0.5*imag(comp1.mat1.def.epsilonr_iso)/sqrt(0.5*(real(comp1.mat1.def.epsilonr_iso)+sqrt(real(comp1.mat1.def.epsilonr_iso)^2+(-imag(comp1.mat1.def.epsilonr_iso))^2)))</str> </arr> <str>material.rfi.ki_iso</str> <arr> <str>-0.5*imag(comp1.mat1.def.epsilonr_iso)/sqrt(0.5*(real(comp1.mat1.def.epsilonr_iso)+sqrt(real(comp1.mat1.def.epsilonr_iso)^2+(-imag(comp1.mat1.def.epsilonr_iso))^2)))</str> </arr> <str>material.rfi.ki_symmetry</str> <arr> <str>4</str> </arr> <str>material.del.epsilonPrim11</str> <arr> <str>real(comp1.mat1.def.epsilonr11)</str> </arr> <str>material.del.epsilonPrim21</str> <arr> <str>real(comp1.mat1.def.epsilonr21)</str> </arr> <str>material.del.epsilonPrim31</str> <arr> <str>real(comp1.mat1.def.epsilonr31)</str> </arr> <str>material.del.epsilonPrim12</str> <arr> <str>real(comp1.mat1.def.epsilonr12)</str> </arr> <str>material.del.epsilonPrim22</str> <arr> <str>real(comp1.mat1.def.epsilonr22)</str> </arr> <str>material.del.epsilonPrim32</str> <arr> <str>real(comp1.mat1.def.epsilonr32)</str> </arr> <str>material.del.epsilonPrim13</str> <arr> <str>real(comp1.mat1.def.epsilonr13)</str> </arr> <str>material.del.epsilonPrim23</str> <arr> <str>real(comp1.mat1.def.epsilonr23)</str> </arr> <str>material.del.epsilonPrim33</str> <arr> <str>real(comp1.mat1.def.epsilonr33)</str> </arr> <str>material.del.epsilonPrim_iso</str> <arr> <str>if(real(comp1.mat1.def.epsilonr12)==0&amp;&amp;real(comp1.mat1.def.epsilonr13)==0&amp;&amp;real(comp1.mat1.def.epsilonr21)==0&amp;&amp;real(comp1.mat1.def.epsilonr22)==real(comp1.mat1.def.epsilonr11)&amp;&amp;real(comp1.mat1.def.epsilonr23)==0&amp;&amp;real(comp1.mat1.def.epsilonr31)==0&amp;&amp;real(comp1.mat1.def.epsilonr32)==0&amp;&amp;real(comp1.mat1.def.epsilonr33)==real(comp1.mat1.def.epsilonr11),real(comp1.mat1.def.epsilonr11),error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> </arr> <str>material.del.epsilonPrim_symmetry</str> <arr> <str>4</str> </arr> <str>material.del.epsilonBis11</str> <arr> <str>-imag(comp1.mat1.def.epsilonr11)</str> </arr> <str>material.del.epsilonBis21</str> <arr> <str>-imag(comp1.mat1.def.epsilonr21)</str> </arr> <str>material.del.epsilonBis31</str> <arr> <str>-imag(comp1.mat1.def.epsilonr31)</str> </arr> <str>material.del.epsilonBis12</str> <arr> <str>-imag(comp1.mat1.def.epsilonr12)</str> </arr> <str>material.del.epsilonBis22</str> <arr> <str>-imag(comp1.mat1.def.epsilonr22)</str> </arr> <str>material.del.epsilonBis32</str> <arr> <str>-imag(comp1.mat1.def.epsilonr32)</str> </arr> <str>material.del.epsilonBis13</str> <arr> <str>-imag(comp1.mat1.def.epsilonr13)</str> </arr> <str>material.del.epsilonBis23</str> <arr> <str>-imag(comp1.mat1.def.epsilonr23)</str> </arr> <str>material.del.epsilonBis33</str> <arr> <str>-imag(comp1.mat1.def.epsilonr33)</str> </arr> <str>material.del.epsilonBis_iso</str> <arr> <str>if(-imag(comp1.mat1.def.epsilonr12)==0&amp;&amp;-imag(comp1.mat1.def.epsilonr13)==0&amp;&amp;-imag(comp1.mat1.def.epsilonr21)==0&amp;&amp;-imag(comp1.mat1.def.epsilonr22)==-imag(comp1.mat1.def.epsilonr11)&amp;&amp;-imag(comp1.mat1.def.epsilonr23)==0&amp;&amp;-imag(comp1.mat1.def.epsilonr31)==0&amp;&amp;-imag(comp1.mat1.def.epsilonr32)==0&amp;&amp;-imag(comp1.mat1.def.epsilonr33)==-imag(comp1.mat1.def.epsilonr11),-imag(comp1.mat1.def.epsilonr11),error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> </arr> <str>material.del.epsilonBis_symmetry</str> <arr> <str>4</str> </arr> <str>material.smaA.Cp_A</str> <arr> <str>comp1.mat1.def.heatcapacity</str> </arr> <str>material.smaM.Cp_M</str> <arr> <str>comp1.mat1.def.heatcapacity</str> </arr> <str>material.smaA.k_A11</str> <arr> <str>comp1.mat1.def.thermalconductivity11</str> </arr> <str>material.smaA.k_A21</str> <arr> <str>0</str> </arr> <str>material.smaA.k_A31</str> <arr> <str>0</str> </arr> <str>material.smaA.k_A12</str> <arr> <str>0</str> </arr> <str>material.smaA.k_A22</str> <arr> <str>comp1.mat1.def.thermalconductivity22</str> </arr> <str>material.smaA.k_A32</str> <arr> <str>0</str> </arr> <str>material.smaA.k_A13</str> <arr> <str>0</str> </arr> <str>material.smaA.k_A23</str> <arr> <str>0</str> </arr> <str>material.smaA.k_A33</str> <arr> <str>comp1.mat1.def.thermalconductivity33</str> </arr> <str>material.smaA.k_A_iso</str> <arr> <str>if(comp1.mat1.def.thermalconductivity22==comp1.mat1.def.thermalconductivity11&amp;&amp;comp1.mat1.def.thermalconductivity33==comp1.mat1.def.thermalconductivity11,comp1.mat1.def.thermalconductivity11,error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> </arr> <str>material.smaA.k_A_symmetry</str> <arr> <str>0</str> </arr> <str>material.smaM.k_M11</str> <arr> <str>comp1.mat1.def.thermalconductivity11</str> </arr> <str>material.smaM.k_M21</str> <arr> <str>0</str> </arr> <str>material.smaM.k_M31</str> <arr> <str>0</str> </arr> <str>material.smaM.k_M12</str> <arr> <str>0</str> </arr> <str>material.smaM.k_M22</str> <arr> <str>comp1.mat1.def.thermalconductivity22</str> </arr> <str>material.smaM.k_M32</str> <arr> <str>0</str> </arr> <str>material.smaM.k_M13</str> <arr> <str>0</str> </arr> <str>material.smaM.k_M23</str> <arr> <str>0</str> </arr> <str>material.smaM.k_M33</str> <arr> <str>comp1.mat1.def.thermalconductivity33</str> </arr> <str>material.smaM.k_M_iso</str> <arr> <str>if(comp1.mat1.def.thermalconductivity22==comp1.mat1.def.thermalconductivity11&amp;&amp;comp1.mat1.def.thermalconductivity33==comp1.mat1.def.thermalconductivity11,comp1.mat1.def.thermalconductivity11,error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> </arr> <str>material.smaM.k_M_symmetry</str> <arr> <str>0</str> </arr> <str>material.idealGas.Cp</str> <arr> <str>comp1.mat1.def.heatcapacity</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> d4<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>material.def.Cp</str> <arr> <str>700*unit_J_cf/(unit_kg_cf*unit_K_cf)</str> </arr> <str>material.def.Cp_symmetry</str> <arr> <str>0</str> </arr> <str>material.Cp</str> <arr> <str>comp1.mat2.def.heatcapacity</str> </arr> <str>material.Cp_symmetry</str> <arr> <str>0</str> </arr> <str>material.def.epsilonr11</str> <arr> <str>11.7</str> </arr> <str>material.def.epsilonr21</str> <arr> <str>0</str> </arr> <str>material.def.epsilonr31</str> <arr> <str>0</str> </arr> <str>material.def.epsilonr12</str> <arr> <str>0</str> </arr> <str>material.def.epsilonr22</str> <arr> <str>11.7</str> </arr> <str>material.def.epsilonr32</str> <arr> <str>0</str> </arr> <str>material.def.epsilonr13</str> <arr> <str>0</str> </arr> <str>material.def.epsilonr23</str> <arr> <str>0</str> </arr> <str>material.def.epsilonr33</str> <arr> <str>11.7</str> </arr> <str>material.def.epsilonr_symmetry</str> <arr> <str>0</str> </arr> <str>material.def.epsilonr_iso</str> <arr> <str>11.7</str> </arr> <str>material.epsilonr11</str> <arr> <str>11.7</str> </arr> <str>material.epsilonr21</str> <arr> <str>0</str> </arr> <str>material.epsilonr31</str> <arr> <str>0</str> </arr> <str>material.epsilonr12</str> <arr> <str>0</str> </arr> <str>material.epsilonr22</str> <arr> <str>11.7</str> </arr> <str>material.epsilonr32</str> <arr> <str>0</str> </arr> <str>material.epsilonr13</str> <arr> <str>0</str> </arr> <str>material.epsilonr23</str> <arr> <str>0</str> </arr> <str>material.epsilonr33</str> <arr> <str>11.7</str> </arr> <str>material.epsilonr_symmetry</str> <arr> <str>0</str> </arr> <str>material.epsilonr_iso</str> <arr> <str>11.7</str> </arr> <str>material.def.k11</str> <arr> <str>131*unit_W_cf/(unit_m_cf*unit_K_cf)</str> </arr> <str>material.def.k21</str> <arr> <str>0</str> </arr> <str>material.def.k31</str> <arr> <str>0</str> </arr> <str>material.def.k12</str> <arr> <str>0</str> </arr> <str>material.def.k22</str> <arr> <str>131*unit_W_cf/(unit_m_cf*unit_K_cf)</str> </arr> <str>material.def.k32</str> <arr> <str>0</str> </arr> <str>material.def.k13</str> <arr> <str>0</str> </arr> <str>material.def.k23</str> <arr> <str>0</str> </arr> <str>material.def.k33</str> <arr> <str>131*unit_W_cf/(unit_m_cf*unit_K_cf)</str> </arr> <str>material.def.k_symmetry</str> <arr> <str>0</str> </arr> <str>material.def.k_iso</str> <arr> <str>131*unit_W_cf/(unit_m_cf*unit_K_cf)</str> </arr> <str>material.k11</str> <arr> <str>131*unit_W_cf/(unit_m_cf*unit_K_cf)</str> </arr> <str>material.k21</str> <arr> <str>0</str> </arr> <str>material.k31</str> <arr> <str>0</str> </arr> <str>material.k12</str> <arr> <str>0</str> </arr> <str>material.k22</str> <arr> <str>131*unit_W_cf/(unit_m_cf*unit_K_cf)</str> </arr> <str>material.k32</str> <arr> <str>0</str> </arr> <str>material.k13</str> <arr> <str>0</str> </arr> <str>material.k23</str> <arr> <str>0</str> </arr> <str>material.k33</str> <arr> <str>131*unit_W_cf/(unit_m_cf*unit_K_cf)</str> </arr> <str>material.k_symmetry</str> <arr> <str>0</str> </arr> <str>material.k_iso</str> <arr> <str>131*unit_W_cf/(unit_m_cf*unit_K_cf)</str> </arr> <str>material.def.rho</str> <arr> <str>2329*unit_kg_cf/unit_m_cf^3</str> </arr> <str>material.def.rho_symmetry</str> <arr> <str>0</str> </arr> <str>material.rho</str> <arr> <str>2329*unit_kg_cf/unit_m_cf^3</str> </arr> <str>material.rho_symmetry</str> <arr> <str>0</str> </arr> <str>material.lstdf.tanDelta</str> <arr> <str>-imag(comp1.mat1.def.epsilonr_iso)/real(comp1.mat1.def.epsilonr_iso)</str> </arr> <str>material.lstdf.epsilonPrim11</str> <arr> <str>real(comp1.mat1.def.epsilonr_iso)</str> </arr> <str>material.lstdf.epsilonPrim21</str> <arr> <str>0</str> </arr> <str>material.lstdf.epsilonPrim31</str> <arr> <str>0</str> </arr> <str>material.lstdf.epsilonPrim12</str> <arr> <str>0</str> </arr> <str>material.lstdf.epsilonPrim22</str> <arr> <str>real(comp1.mat1.def.epsilonr_iso)</str> </arr> <str>material.lstdf.epsilonPrim32</str> <arr> <str>0</str> </arr> <str>material.lstdf.epsilonPrim13</str> <arr> <str>0</str> </arr> <str>material.lstdf.epsilonPrim23</str> <arr> <str>0</str> </arr> <str>material.lstdf.epsilonPrim33</str> <arr> <str>real(comp1.mat1.def.epsilonr_iso)</str> </arr> <str>material.lstdf.epsilonPrim_iso</str> <arr> <str>real(comp1.mat1.def.epsilonr_iso)</str> </arr> <str>material.lstdf.epsilonPrim_symmetry</str> <arr> <str>4</str> </arr> <str>material.lst.epsilonPrim11</str> <arr> <str>real(comp1.mat1.def.epsilonr_iso)</str> </arr> <str>material.lst.epsilonPrim21</str> <arr> <str>0</str> </arr> <str>material.lst.epsilonPrim31</str> <arr> <str>0</str> </arr> <str>material.lst.epsilonPrim12</str> <arr> <str>0</str> </arr> <str>material.lst.epsilonPrim22</str> <arr> <str>real(comp1.mat1.def.epsilonr_iso)</str> </arr> <str>material.lst.epsilonPrim32</str> <arr> <str>0</str> </arr> <str>material.lst.epsilonPrim13</str> <arr> <str>0</str> </arr> <str>material.lst.epsilonPrim23</str> <arr> <str>0</str> </arr> <str>material.lst.epsilonPrim33</str> <arr> <str>real(comp1.mat1.def.epsilonr_iso)</str> </arr> <str>material.lst.epsilonPrim_iso</str> <arr> <str>real(comp1.mat1.def.epsilonr_iso)</str> </arr> <str>material.lst.epsilonPrim_symmetry</str> <arr> <str>4</str> </arr> <str>material.lst.delta</str> <arr> <str>atan2(-imag(comp1.mat1.def.epsilonr_iso),real(comp1.mat1.def.epsilonr_iso))*unit_rad_cf</str> </arr> <str>material.rfi.n11</str> <arr> <str>sqrt(0.5*(real(comp1.mat1.def.epsilonr_iso)+sqrt(real(comp1.mat1.def.epsilonr_iso)^2+(-imag(comp1.mat1.def.epsilonr_iso))^2)))</str> </arr> <str>material.rfi.n21</str> <arr> <str>0</str> </arr> <str>material.rfi.n31</str> <arr> <str>0</str> </arr> <str>material.rfi.n12</str> <arr> <str>0</str> </arr> <str>material.rfi.n22</str> <arr> <str>sqrt(0.5*(real(comp1.mat1.def.epsilonr_iso)+sqrt(real(comp1.mat1.def.epsilonr_iso)^2+(-imag(comp1.mat1.def.epsilonr_iso))^2)))</str> </arr> <str>material.rfi.n32</str> <arr> <str>0</str> </arr> <str>material.rfi.n13</str> <arr> <str>0</str> </arr> <str>material.rfi.n23</str> <arr> <str>0</str> </arr> <str>material.rfi.n33</str> <arr> <str>sqrt(0.5*(real(comp1.mat1.def.epsilonr_iso)+sqrt(real(comp1.mat1.def.epsilonr_iso)^2+(-imag(comp1.mat1.def.epsilonr_iso))^2)))</str> </arr> <str>material.rfi.n_iso</str> <arr> <str>sqrt(0.5*(real(comp1.mat1.def.epsilonr_iso)+sqrt(real(comp1.mat1.def.epsilonr_iso)^2+(-imag(comp1.mat1.def.epsilonr_iso))^2)))</str> </arr> <str>material.rfi.n_symmetry</str> <arr> <str>4</str> </arr> <str>material.rfi.ki11</str> <arr> <str>-0.5*imag(comp1.mat1.def.epsilonr_iso)/sqrt(0.5*(real(comp1.mat1.def.epsilonr_iso)+sqrt(real(comp1.mat1.def.epsilonr_iso)^2+(-imag(comp1.mat1.def.epsilonr_iso))^2)))</str> </arr> <str>material.rfi.ki21</str> <arr> <str>0</str> </arr> <str>material.rfi.ki31</str> <arr> <str>0</str> </arr> <str>material.rfi.ki12</str> <arr> <str>0</str> </arr> <str>material.rfi.ki22</str> <arr> <str>-0.5*imag(comp1.mat1.def.epsilonr_iso)/sqrt(0.5*(real(comp1.mat1.def.epsilonr_iso)+sqrt(real(comp1.mat1.def.epsilonr_iso)^2+(-imag(comp1.mat1.def.epsilonr_iso))^2)))</str> </arr> <str>material.rfi.ki32</str> <arr> <str>0</str> </arr> <str>material.rfi.ki13</str> <arr> <str>0</str> </arr> <str>material.rfi.ki23</str> <arr> <str>0</str> </arr> <str>material.rfi.ki33</str> <arr> <str>-0.5*imag(comp1.mat1.def.epsilonr_iso)/sqrt(0.5*(real(comp1.mat1.def.epsilonr_iso)+sqrt(real(comp1.mat1.def.epsilonr_iso)^2+(-imag(comp1.mat1.def.epsilonr_iso))^2)))</str> </arr> <str>material.rfi.ki_iso</str> <arr> <str>-0.5*imag(comp1.mat1.def.epsilonr_iso)/sqrt(0.5*(real(comp1.mat1.def.epsilonr_iso)+sqrt(real(comp1.mat1.def.epsilonr_iso)^2+(-imag(comp1.mat1.def.epsilonr_iso))^2)))</str> </arr> <str>material.rfi.ki_symmetry</str> <arr> <str>4</str> </arr> <str>material.del.epsilonPrim11</str> <arr> <str>real(comp1.mat2.def.epsilonr11)</str> </arr> <str>material.del.epsilonPrim21</str> <arr> <str>real(comp1.mat2.def.epsilonr21)</str> </arr> <str>material.del.epsilonPrim31</str> <arr> <str>real(comp1.mat2.def.epsilonr31)</str> </arr> <str>material.del.epsilonPrim12</str> <arr> <str>real(comp1.mat2.def.epsilonr12)</str> </arr> <str>material.del.epsilonPrim22</str> <arr> <str>real(comp1.mat2.def.epsilonr22)</str> </arr> <str>material.del.epsilonPrim32</str> <arr> <str>real(comp1.mat2.def.epsilonr32)</str> </arr> <str>material.del.epsilonPrim13</str> <arr> <str>real(comp1.mat2.def.epsilonr13)</str> </arr> <str>material.del.epsilonPrim23</str> <arr> <str>real(comp1.mat2.def.epsilonr23)</str> </arr> <str>material.del.epsilonPrim33</str> <arr> <str>real(comp1.mat2.def.epsilonr33)</str> </arr> <str>material.del.epsilonPrim_iso</str> <arr> <str>if(real(comp1.mat2.def.epsilonr12)==0&amp;&amp;real(comp1.mat2.def.epsilonr13)==0&amp;&amp;real(comp1.mat2.def.epsilonr21)==0&amp;&amp;real(comp1.mat2.def.epsilonr22)==real(comp1.mat2.def.epsilonr11)&amp;&amp;real(comp1.mat2.def.epsilonr23)==0&amp;&amp;real(comp1.mat2.def.epsilonr31)==0&amp;&amp;real(comp1.mat2.def.epsilonr32)==0&amp;&amp;real(comp1.mat2.def.epsilonr33)==real(comp1.mat2.def.epsilonr11),real(comp1.mat2.def.epsilonr11),error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> </arr> <str>material.del.epsilonPrim_symmetry</str> <arr> <str>4</str> </arr> <str>material.del.epsilonBis11</str> <arr> <str>-imag(comp1.mat2.def.epsilonr11)</str> </arr> <str>materia `l.del.epsilonBis21</str> <arr> <str>-imag(comp1.mat2.def.epsilonr21)</str> </arr> <str>material.del.epsilonBis31</str> <arr> <str>-imag(comp1.mat2.def.epsilonr31)</str> </arr> <str>material.del.epsilonBis12</str> <arr> <str>-imag(comp1.mat2.def.epsilonr12)</str> </arr> <str>material.del.epsilonBis22</str> <arr> <str>-imag(comp1.mat2.def.epsilonr22)</str> </arr> <str>material.del.epsilonBis32</str> <arr> <str>-imag(comp1.mat2.def.epsilonr32)</str> </arr> <str>material.del.epsilonBis13</str> <arr> <str>-imag(comp1.mat2.def.epsilonr13)</str> </arr> <str>material.del.epsilonBis23</str> <arr> <str>-imag(comp1.mat2.def.epsilonr23)</str> </arr> <str>material.del.epsilonBis33</str> <arr> <str>-imag(comp1.mat2.def.epsilonr33)</str> </arr> <str>material.del.epsilonBis_iso</str> <arr> <str>if(-imag(comp1.mat2.def.epsilonr12)==0&amp;&amp;-imag(comp1.mat2.def.epsilonr13)==0&amp;&amp;-imag(comp1.mat2.def.epsilonr21)==0&amp;&amp;-imag(comp1.mat2.def.epsilonr22)==-imag(comp1.mat2.def.epsilonr11)&amp;&amp;-imag(comp1.mat2.def.epsilonr23)==0&amp;&amp;-imag(comp1.mat2.def.epsilonr31)==0&amp;&amp;-imag(comp1.mat2.def.epsilonr32)==0&amp;&amp;-imag(comp1.mat2.def.epsilonr33)==-imag(comp1.mat2.def.epsilonr11),-imag(comp1.mat2.def.epsilonr11),error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> </arr> <str>material.del.epsilonBis_symmetry</str> <arr> <str>4</str> </arr> <str>material.smaA.Cp_A</str> <arr> <str>comp1.mat2.def.heatcapacity</str> </arr> <str>material.smaM.Cp_M</str> <arr> <str>comp1.mat2.def.heatcapacity</str> </arr> <str>material.smaA.k_A11</str> <arr> <str>comp1.mat2.def.thermalconductivity11</str> </arr> <str>material.smaA.k_A21</str> <arr> <str>0</str> </arr> <str>material.smaA.k_A31</str> <arr> <str>0</str> </arr> <str>material.smaA.k_A12</str> <arr> <str>0</str> </arr> <str>material.smaA.k_A22</str> <arr> <str>comp1.mat2.def.thermalconductivity22</str> </arr> <str>material.smaA.k_A32</str> <arr> <str>0</str> </arr> <str>material.smaA.k_A13</str> <arr> <str>0</str> </arr> <str>material.smaA.k_A23</str> <arr> <str>0</str> </arr> <str>material.smaA.k_A33</str> <arr> <str>comp1.mat2.def.thermalconductivity33</str> </arr> <str>material.smaA.k_A_iso</str> <arr> <str>if(comp1.mat2.def.thermalconductivity22==comp1.mat2.def.thermalconductivity11&amp;&amp;comp1.mat2.def.thermalconductivity33==comp1.mat2.def.thermalconductivity11,comp1.mat2.def.thermalconductivity11,error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> </arr> <str>material.smaA.k_A_symmetry</str> <arr> <str>0</str> </arr> <str>material.smaM.k_M11</str> <arr> <str>comp1.mat2.def.thermalconductivity11</str> </arr> <str>material.smaM.k_M21</str> <arr> <str>0</str> </arr> <str>material.smaM.k_M31</str> <arr> <str>0</str> </arr> <str>material.smaM.k_M12</str> <arr> <str>0</str> </arr> <str>material.smaM.k_M22</str> <arr> <str>comp1.mat2.def.thermalconductivity22</str> </arr> <str>material.smaM.k_M32</str> <arr> <str>0</str> </arr> <str>material.smaM.k_M13</str> <arr> <str>0</str> </arr> <str>material.smaM.k_M23</str> <arr> <str>0</str> </arr> <str>material.smaM.k_M33</str> <arr> <str>comp1.mat2.def.thermalconductivity33</str> </arr> <str>material.smaM.k_M_iso</str> <arr> <str>if(comp1.mat2.def.thermalconductivity22==comp1.mat2.def.thermalconductivity11&amp;&amp;comp1.mat2.def.thermalconductivity33==comp1.mat2.def.thermalconductivity11,comp1.mat2.def.thermalconductivity11,error('$base64:RmFpbGVkIHRvIGV2YWx1YXRlIGFuIGlzb3Ryb3BpYyB2YWx1ZSBvZiBhbiBhbmlzb3Ryb3BpYyB0ZW5zb3IAAAAAAAA='))</str> </arr> <str>material.smaM.k_M_symmetry</str> <arr> <str>0</str> </arr> <str>material.idealGas.Cp</str> <arr> <str>comp1.mat2.def.heatcapacity</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> Z<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>material.SemicondMaterial.Eg0</str> <arr> <str>0.664*unit_V_cf</str> </arr> <str>material.SemicondMaterial.Eg0_symmetry</str> <arr> <str>0</str> </arr> <str>material.SemicondMaterial.chi0</str> <arr> <str>4*unit_V_cf</str> </arr> <str>material.SemicondMaterial.chi0_symmetry</str> <arr> <str>0</str> </arr> <str>material.SemicondMaterial.Nv</str> <arr> <str>6.0E18*(minput.T/(300*unit_K_cf))^1.5/unit_cm_cf^3</str> </arr> <str>material.SemicondMaterial.Nv_symmetry</str> <arr> <str>0</str> </arr> <str>material.SemicondMaterial.Nc</str> <arr> <str>1.04E19*(minput.T/(300*unit_K_cf))^1.5/unit_cm_cf^3</str> </arr> <str>material.SemicondMaterial.Nc_symmetry</str> <arr> <str>0</str> </arr> <str>material.SemicondMaterial.mun</str> <arr> <str>3900*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> </arr> <str>material.SemicondMaterial.mun_symmetry</str> <arr> <str>0</str> </arr> <str>material.SemicondMaterial.mup</str> <arr> <str>1900*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> </arr> <str>material.SemicondMaterial.mup_symmetry</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> [<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>material.SemicondMaterial.Eg0</str> <arr> <str>1.12*unit_V_cf</str> </arr> <str>material.SemicondMaterial.Eg0_symmetry</str> <arr> <str>0</str> </arr> <str>material.SemicondMaterial.chi0</str> <arr> <str>4.05*unit_V_cf</str> </arr> <str>material.SemicondMaterial.chi0_symmetry</str> <arr> <str>0</str> </arr> <str>material.SemicondMaterial.Nv</str> <arr> <str>1.04E19*(minput.T/(300*unit_K_cf))^1.5/unit_cm_cf^3</str> </arr> <str>material.SemicondMaterial.Nv_symmetry</str> <arr> <str>0</str> </arr> <str>material.SemicondMaterial.Nc</str> <arr> <str>2.8E19*(minput.T/(300*unit_K_cf))^1.5/unit_cm_cf^3</str> </arr> <str>material.SemicondMaterial.Nc_symmetry</str> <arr> <str>0</str> </arr> <str>material.SemicondMaterial.mun</str> <arr> <str>1450*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> </arr> <str>material.SemicondMaterial.mun_symmetry</str> <arr> <str>0</str> </arr> <str>material.SemicondMaterial.mup</str> <arr> <str>500*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> </arr> <str>material.SemicondMaterial.mup_symmetry</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> ]<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>material.JainRoulstonModel.An_jr</str> <arr> <str>8.67E-9*unit_V_cf</str> </arr> <str>material.JainRoulstonModel.An_jr_symmetry</str> <arr> <str>0</str> </arr> <str>material.JainRoulstonModel.Bn_jr</str> <arr> <str>2.57E-7*unit_V_cf</str> </arr> <str>material.JainRoulstonModel.Bn_jr_symmetry</str> <arr> <str>0</str> </arr> <str>material.JainRoulstonModel.Cn_jr</str> <arr> <str>4.31E-12*unit_V_cf</str> </arr> <str>material.JainRoulstonModel.Cn_jr_symmetry</str> <arr> <str>0</str> </arr> <str>material.JainRoulstonModel.Ap_jr</str> <arr> <str>8.21E-9*unit_V_cf</str> </arr> <str>material.JainRoulstonModel.Ap_jr_symmetry</str> <arr> <str>0</str> </arr> <str>material.JainRoulstonModel.Bp_jr</str> <arr> <str>2.9E-7*unit_V_cf</str> </arr> <str>material.JainRoulstonModel.Bp_jr_symmetry</str> <arr> <str>0</str> </arr> <str>material.JainRoulstonModel.Cp_jr</str> <arr> <str>5.77E-12*unit_V_cf</str> </arr> <str>material.JainRoulstonModel.Cp_jr_symmetry</str> <arr> <str>0</str> </arr> <str>material.JainRoulstonModel.Nref_jr</str> <arr> <str>1/unit_cm_cf^3</str> </arr> <str>material.JainRoulstonModel.Nref_jr_symmetry</str> <arr> <str>0</str> </arr> <str>material.JainRoulstonModel.alpha_jr</str> <arr> <str>0.5</str> </arr> <str>material.JainRoulstonModel.alpha_jr_symmetry</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>material.JainRoulstonModel.An_jr</str> <arr> <str>3.5E-8*unit_V_cf</str> </arr> <str>material.JainRoulstonModel.An_jr_symmetry</str> <arr> <str>0</str> </arr> <str>material.JainRoulstonModel.Bn_jr</str> <arr> <str>0</str> </arr> <str>material.JainRoulstonModel.Bn_jr_symmetry</str> <arr> <str>0</str> </arr> <str>material.JainRoulstonModel.Cn_jr</str> <arr> <str>0</str> </arr> <str>material.JainRoulstonModel.Cn_jr_symmetry</str> <arr> <str>0</str> </arr> <str>material.JainRoulstonModel.Ap_jr</str> <arr> <str>3.5E-8*unit_V_cf</str> </arr> <str>material.JainRoulstonModel.Ap_jr_symmetry</str> <arr> <str>0</str> </arr> <str>material.JainRoulstonModel.Bp_jr</str> <arr> <str>0</str> </arr> <str>material.JainRoulstonModel.Bp_jr_symmetry</str> <arr> <str>0</str> </arr> <str>material.JainRoulstonModel.Cp_jr</str> <arr> <str>0</str> </arr> <str>material.JainRoulstonModel.Cp_jr_symmetry</str> <arr> <str>0</str> </arr> <str>material.JainRoulstonModel.Nref_jr</str> <arr> <str>1/unit_cm_cf^3</str> </arr> <str>material.JainRoulstonModel.Nref_jr_symmetry</str> <arr> <str>0</str> </arr> <str>material.JainRoulstonModel.alpha_jr</str> <arr> <str>0.5</str> </arr> <str>material.JainRoulstonModel.alpha_jr_symmetry</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> A<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>material.SRH.taun</str> <arr> <str>10*unit_us_cf</str> </arr> <str>material.SRH.taun_symmetry</str> <arr> <str>0</str> </arr> <str>material.SRH.taup</str> <arr> <str>10*unit_us_cf</str> </arr> <str>material.SRH.taup_symmetry</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> A<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>material.SRH.taun</str> <arr> <str>10*unit_us_cf</str> </arr> <str>material.SRH.taun_symmetry</str> <arr> <str>0</str> </arr> <str>material.SRH.taup</str> <arr> <str>10*unit_us_cf</str> </arr> <str>material.SRH.taup_symmetry</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> c<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>material.Auger.Cn</str> <arr> <str>8.0E-32*unit_cm_cf^6/unit_s_cf</str> </arr> <str>material.Auger.Cn_symmetry</str> <arr> <str>0</str> </arr> <str>material.Auger.Cp</str> <arr> <str>2.8E-31*unit_cm_cf^6/unit_s_cf</str> </arr> <str>material.Auger.Cp_symmetry</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> c<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>material.Auger.Cn</str> <arr> <str>2.8E-31*unit_cm_cf^6/unit_s_cf</str> </arr> <str>material.Auger.Cn_symmetry</str> <arr> <str>0</str> </arr> <str>material.Auger.Cp</str> <arr> <str>9.9E-32*unit_cm_cf^6/unit_s_cf</str> </arr> <str>material.Auger.Cp_symmetry</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <arr> <str>material.AroraMobilityModel.mun0_ref_arora</str> <arr> <str>1252*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> </arr> <str>material.AroraMobilityModel.mun0_ref_arora_symmetry</str> <arr> <str>0</str> </arr> <str>material.AroraMobilityModel.mup0_ref_arora</str> <arr> <str>407*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> </arr> <str>material.AroraMobilityModel.mup0_ref_arora_symmetry</str> <arr> <str>0</str> </arr> <str>material.AroraMobilityModel.mun_min_ref_arora</str> <arr> <str>88*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> </arr> <str>material.AroraMobilityModel.mun_min_ref_arora_symmetry</str> <arr> <str>0</str> </arr> <str>material.AroraMobilityModel.mup_min_ref_arora</str> <arr> <str>54.3*unit_cm_cf^2/(unit_V_cf*unit_s_cf)</str> </arr> <str>material.AroraMobilityModel.mup_min_ref_arora_symmetry</str> <arr> <str>0</str> </arr> <str>material.AroraMobilityModel.Nn0_ref_arora</str> <arr> <str>1.26E17/unit_cm_cf^3</str> </arr> <str>material.AroraMobilityModel.Nn0_ref_arora_symmetry</str> <arr> <str>0</str> </arr> <str>material.AroraMobilityModel.Np0_ref_arora</str> <arr> <str>2.35E17/unit_cm_cf^3</str> </arr> <str>material.AroraMobilityModel.Np0_ref_arora_symmetry</str> <arr> <str>0</str> </arr> <str>material.AroraMobilityModel.alpha0_arora</str> 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<str>material.KlaassenUnifiedMobilityModel.r_2_kl</str> <arr> <str>2.2999</str> </arr> <str>material.KlaassenUnifiedMobilityModel.r_2_kl_symmetry</str> <arr> <str>0</str> </arr> <str>material.KlaassenUnifiedMobilityModel.r_3_kl</str> <arr> <str>6.5502</str> </arr> <str>material.KlaassenUnifiedMobilityModel.r_3_kl_symmetry</str> <arr> <str>0</str> </arr> <str>material.KlaassenUnifiedMobilityModel.r_4_kl</str> <arr> <str>2.367</str> </arr> <str>material.KlaassenUnifiedMobilityModel.r_4_kl_symmetry</str> <arr> <str>0</str> </arr> <str>material.KlaassenUnifiedMobilityModel.r_5_kl</str> <arr> <str>-0.01552</str> </arr> <str>material.KlaassenUnifiedMobilityModel.r_5_kl_symmetry</str> <arr> <str>0</str> </arr> <str>material.KlaassenUnifiedMobilityModel.r_6_kl</str> <arr> <str>0.6478</str> </arr> <str>material.KlaassenUnifiedMobilityModel.r_6_kl_symmetry</str> <arr> <str>0</str> </arr> <str>material.KlaassenUnifiedMobilityModel.m_e_kl</str> <arr> <str>me_const</str> </arr> <str>material.KlaassenUnifiedMobilityModel.m_e_kl_symmetry</str> <arr> <str>0</str> </arr> <str>material.KlaassenUnifiedMobilityModel.m_h_kl</str> <arr> <str>1.258*me_const</str> </arr> <str>material.KlaassenUnifiedMobilityModel.m_h_kl_symmetry</str> <arr> <str>0</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>protected</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elscalarop</str> <str>opname</str> <str>comp1.semi.minsemi</str> <str>axisym</str> <str>off</str> <str>method</str> <str>summation</str> <str>nodes</str> <str>all</str> <str>cond</str> <str></str> <str>dynamicsubset</str> <str>off</str> <str>output</str> <str>minimum</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> 6<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elscalarop</str> <str>opname</str> <str>comp1.semi.int_adapt</str> <str>method</str> <str>integration</str> <str>intorder</str> <str>4</str> <str>frame</str> <str>spatial</str> <str>axisym</str> <str>off</str> <str>cond</str> <str></str> <str>dynamicsubset</str> <str>off</str> <str>output</str> <str>standard</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elscalarop</str> <str>opname</str> <str>comp1.semi.mc1.int</str> <str>method</str> <str>integration</str> <str>intorder</str> <str>1</str> <str>frame</str> <str>spatial</str> <str>axisym</str> <str>off</str> <str>cond</str> <str></str> <str>dynamicsubset</str> <str>off</str> <str>output</str> <str>standard</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elscalarop</str> <str>opname</str> <str>comp1.semi.mc1.sum</str> <str>method</str> <str>summation</str> <str>nodes</str> <str>all</str> <str>cond</str> <str></str> <str>dynamicsubset</str> <str>off</str> <str>output</str> <str>standard</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elscalarop</str> <str>opname</str> <str>comp1.semi.mc1.ave</str> <str>method</str> <str>integration</str> <str>intorder</str> <str>1</str> <str>frame</str> <str>spatial</str> <str>axisym</str> <str>off</str> <str>cond</str> <str></str> <str>dynamicsubset</str> <str>off</str> <str>output</str> <str>average</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elscalarop</str> <str>opname</str> <str>comp1.semi.mc2.int</str> <str>method</str> <str>integration</str> <str>intorder</str> <str>1</str> <str>frame</str> <str>spatial</str> <str>axisym</str> <str>off</str> <str>cond</str> <str></str> <str>dynamicsubset</str> <str>off</str> <str>output</str> <str>standard</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>ind</str> <arr> <arr> <str>3</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elscalarop</str> <str>opname</str> <str>comp1.semi.mc2.sum</str> <str>method</str> <str>summation</str> <str>nodes</str> <str>all</str> <str>cond</str> <str></str> <str>dynamicsubset</str> <str>off</str> <str>output</str> <str>standard</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>ind</str> <arr> <arr> <str>3</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elscalarop</str> <str>opname</str> <str>comp1.semi.mc2.ave</str> <str>method</str> <str>integration</str> <str>intorder</str> <str>1</str> <str>frame</str> <str>spatial</str> <str>axisym</str> <str>off</str> <str>cond</str> <str></str> <str>dynamicsubset</str> <str>off</str> <str>output</str> <str>average</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>ind</str> <arr> <arr> <str>3</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elscalarop</str> <str>opname</str> <str>comp1.semi.intsemi</str> <str>method</str> <str>integration</str> <str>intorder</str> <str>4</str> <str>frame</str> <str>material</str> <str>axisym</str> <str>off</str> <str>cond</str> <str></str> <str>dynamicsubset</str> <str>off</str> <str>output</str> <str>standard</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elmesh</str> <str>g</str> <arr> <str>0</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>qualname</str> <arr> <str>qualskewness</str> <str>qualmaxangle</str> <str>qual</str> <str>qualvollength</str> <str>qualcondition</str> <str>qualgrowth</str> <str>qualcurvedskewness</str> </arr> <str>sizename</str> <arr> <str>h</str> </arr> <str>sizeinscribedname</str> <arr> <str>hinscribed</str> </arr> <str>dvolname</str> <arr> <str>dvol0</str> </arr> <str>emetric2name</str> <arr> </arr> <str>tremetricname</str> <arr> </arr> <str>emetricinvname</str> <arr> </arr> <str>meshvolname</str> <arr> </arr> <str>detjacname</str> <arr> </arr> <str>reldetjacname</str> <arr> </arr> <str>reldetjacminname</str> <arr> </arr> <str>meshtypename</str> <arr> </arr> <str>meshelemname</str> <arr> </arr> <str>sshape</str> <arr> <arr> <str>vtx</str> <rec> <str>type</str> <str>fixed</str> <str>sorder</str> <str>1</str> </rec> <str>lvtx</str> <rec> <str>type</str> <str>fixed</str> <str>sorder</str> <str>1</str> </rec> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> <str>frame</str> <str>material</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</st `r> <str>elglobal</str> <str>numberofdofsname</str> <str>numberofdofs</str> <str>istimesteppingname</str> <str>istimestepping</str> </rec> ^<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elmesh</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>qualname</str> <arr> <str>qualskewness</str> <str>qualmaxangle</str> <str>qual</str> <str>qualvollength</str> <str>qualcondition</str> <str>qualgrowth</str> <str>qualcurvedskewness</str> </arr> <str>sizename</str> <arr> <str>h</str> </arr> <str>sizeinscribedname</str> <arr> <str>hinscribed</str> </arr> <str>dvolname</str> <arr> <str>dvol</str> </arr> <str>emetric2name</str> <arr> <str>emetric2</str> </arr> <str>tremetricname</str> <arr> <str>tremetric</str> </arr> <str>emetricinvname</str> <arr> <str>emetricinv</str> </arr> <str>meshvolname</str> <arr> <str>meshvol</str> </arr> <str>detjacname</str> <arr> <str>detjac</str> </arr> <str>reldetjacname</str> <arr> <str>reldetjac</str> </arr> <str>reldetjacminname</str> <arr> <str>reldetjacmin</str> </arr> <str>meshtypename</str> <arr> <str>meshtype</str> </arr> <str>meshelemname</str> <arr> <str>meshelement</str> </arr> <str>sshape</str> <arr> <arr> <str>vtx</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>X</str> </arr> <str>refframe</str> <str>geometry</str> </rec> <str>lvtx</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>X</str> </arr> <str>refframe</str> <str>geometry</str> </rec> <str>ivtx</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>X</str> </arr> <str>refframe</str> <str>geometry</str> </rec> <str>livtx</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>X</str> </arr> <str>refframe</str> <str>geometry</str> </rec> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> </arr> </arr> </rec> <rec> <str>qualname</str> <arr> <str>qualskewness</str> <str>qualmaxangle</str> <str>qual</str> <str>qualvollength</str> <str>qualcondition</str> <str>qualgrowth</str> <str>qualcurvedskewness</str> </arr> <str>sizename</str> <arr> <str>h</str> </arr> <str>sizeinscribedname</str> <arr> <str>hinscribed</str> </arr> <str>dvolname</str> <arr> <str>dvol</str> </arr> <str>emetric2name</str> <arr> <str>emetric2</str> </arr> <str>tremetricname</str> <arr> <str>tremetric</str> </arr> <str>emetricinvname</str> <arr> <str>emetricinv</str> </arr> <str>meshvolname</str> <arr> <str>meshvol</str> </arr> <str>detjacname</str> <arr> <str>detjac</str> </arr> <str>reldetjacname</str> <arr> <str>reldetjac</str> </arr> <str>reldetjacminname</str> <arr> <str>reldetjacmin</str> </arr> <str>meshtypename</str> <arr> <str>meshtype</str> </arr> <str>meshelemname</str> <arr> <str>meshelement</str> </arr> <str>sshape</str> <arr> <arr> <str>edg</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>X</str> </arr> <str>refframe</str> <str>geometry</str> </rec> <str>ledg</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>X</str> </arr> <str>refframe</str> <str>geometry</str> </rec> <str>edg2</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>X</str> </arr> <str>refframe</str> <str>geometry</str> </rec> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>frame</str> <str>material</str> <str>equivmeshframe</str> <str>on</str> <str>derivativeframes</str> <arr> <str>spatial</str> <str>geometry</str> <str>mesh</str> </arr> </rec> e<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> </arr> </arr> <str>var</str> <arr> <str>nXc</str> <str>nXgc</str> <str>nXcTX</str> <str>nXgcTXg</str> </arr> </rec> </arr> </arr> </rec> ~<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elmesh</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>qualname</str> <arr> <str>qualskewness_spatial</str> <str>qualmaxangle_spatial</str> <str>qual_spatial</str> <str>qualvollength_spatial</str> <str>qualcondition_spatial</str> <str>qualgrowth_spatial</str> <str>qualcurvedskewness_spatial</str> </arr> <str>sizename</str> <arr> <str>h_spatial</str> </arr> <str>sizeinscribedname</str> <arr> <str>hinscribed_spatial</str> </arr> <str>dvolname</str> <arr> <str>dvol_spatial</str> </arr> <str>emetric2name</str> <arr> <str>emetric2_spatial</str> </arr> <str>tremetricname</str> <arr> <str>tremetric_spatial</str> </arr> <str>emetricinvname</str> <arr> <str>emetricinv</str> </arr> <str>meshvolname</str> <arr> <str>meshvol_spatial</str> </arr> <str>detjacname</str> <arr> <str>detjac_spatial</str> </arr> <str>reldetjacname</str> <arr> <str>reldetjac_spatial</str> </arr> <str>reldetjacminname</str> <arr> <str>reldetjacmin_spatial</str> </arr> <str>meshtypename</str> <arr> <str>meshtype_spatial</str> </arr> <str>meshelemname</str> <arr> <str>meshelement_spatial</str> </arr> <str>sshape</str> <arr> <arr> <str>vtx</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>x</str> </arr> <str>refframe</str> <str>material</str> </rec> <str>lvtx</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>x</str> </arr> <str>refframe</str> <str>material</str> </rec> <str>ivtx</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>x</str> </arr> <str>refframe</str> <str>material</str> </rec> <str>livtx</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>x</str> </arr> <str>refframe</str> <str>material</str> </rec> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> </arr> </arr> </rec> <rec> <str>qualname</str> <arr> <str>qualskewness_spatial</str> <str>qualmaxangle_spatial</str> <str>qual_spatial</str> <str>qualvollength_spatial</str> <str>qualcondition_spatial</str> <str>qualgrowth_spatial</str> <str>qualcurvedskewness_spatial</str> </arr> <str>sizename</str> <arr> <str>h_spatial</str> </arr> <str>sizeinscribedname</str> <arr> <str>hinscribed_spatial</str> </arr> <str>dvolname</str> <arr> <str>dvol_spatial</str> </arr> <str>emetric2name</str> <arr> <str>emetric2_spatial</str> </arr> <str>tremetricname</str> <arr> <str>tremetric_spatial</str> </arr> <str>emetricinvname</str> <arr> <str>emetricinv</str> </arr> <str>meshvolname</str> <arr> <str>meshvol_spatial</str> </arr> <str>detjacname</str> <arr> <str>detjac_spatial</str> </arr> <str>reldetjacname</str> <arr> <str>reldetjac_spatial</str> </arr> <str>reldetjacminname</str> <arr> <str>reldetjacmin_spatial</str> </arr> <str>meshtypename</str> <arr> <str>meshtype_spatial</str> </arr> <str>meshelemname</str> <arr> <str>meshelement_spatial</str> </arr> <str>sshape</str> <arr> <arr> <str>edg</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>x</str> </arr> <str>refframe</str> <str>material</str> </rec> <str>ledg</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>x</str> </arr> <str>refframe</str> <str>material</str> </rec> <str>edg2</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>x</str> </arr> <str>refframe</str> <str>material</str> </rec> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>frame</str> <str>spatial</str> <str>equivmeshframe</str> <str>on</str> <str>derivativeframes</str> <arr> <str>material</str> <str>geometry</str> <str>mesh</str> </arr> </rec> b<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> </arr> </arr> <str>var</str> <arr> <str>nxc</str> <str>nXc</str> <str>nxcTx</str> <str>nXcTX</str> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elmesh</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>qualname</str> <arr> <str>qualskewness_geometry</str> <str>qualmaxangle_geometry</str> <str>qual_geometry</str> <str>qualvollength_geometry</str> <str>qualcondition_geometry</str> <str>qualgrowth_geometry</str> <str>qualcurvedskewness_geometry</str> </arr> <str>sizename</str> <arr> <str>h_geometry</str> </arr> <str>sizeinscribedname</str> <arr> <str>hinscribed_geometry</str> </arr> <str>dvolname</str> <arr> <str>dvol_geometry</str> </arr> <str>emetric2name</str> <arr> <str>emetric2_geometry</str> </arr> <str>tremetricname</str> <arr> <str>tremetric_geometry</str> </arr> <str>emetricinvname</str> <arr> <str>emetricinv</str> </arr> <str>meshvolname</str> <arr> <str>meshvol_geometry</str> </arr> <str>detjacname</str> <arr> <str>detjac_geometry</str> </arr> <str>reldetjacname</str> <arr> <str>reldetjac_geometry</str> </arr> <str>reldetjacminname</str> <arr> <str>reldetjacmin_geometry</str> </arr> <str>meshtypename</str> <arr> <str>meshtype_geometry</str> </arr> <str>meshelemname</str> <arr> <str>meshelement_geometry</str> </arr> <str>sshape</str> <arr> <arr> <str>vtx</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>Xg</str> </arr> <str>refframe</str> <str>mesh</str> </rec> <str>lvtx</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>Xg</str> </arr> <str>refframe</str> <str>mesh</str> </rec> <str>ivtx</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>Xg</str> </arr> <str>reffram `e</str> <str>mesh</str> </rec> <str>livtx</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>Xg</str> </arr> <str>refframe</str> <str>mesh</str> </rec> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> </arr> </arr> </rec> <rec> <str>qualname</str> <arr> <str>qualskewness_geometry</str> <str>qualmaxangle_geometry</str> <str>qual_geometry</str> <str>qualvollength_geometry</str> <str>qualcondition_geometry</str> <str>qualgrowth_geometry</str> <str>qualcurvedskewness_geometry</str> </arr> <str>sizename</str> <arr> <str>h_geometry</str> </arr> <str>sizeinscribedname</str> <arr> <str>hinscribed_geometry</str> </arr> <str>dvolname</str> <arr> <str>dvol_geometry</str> </arr> <str>emetric2name</str> <arr> <str>emetric2_geometry</str> </arr> <str>tremetricname</str> <arr> <str>tremetric_geometry</str> </arr> <str>emetricinvname</str> <arr> <str>emetricinv</str> </arr> <str>meshvolname</str> <arr> <str>meshvol_geometry</str> </arr> <str>detjacname</str> <arr> <str>detjac_geometry</str> </arr> <str>reldetjacname</str> <arr> <str>reldetjac_geometry</str> </arr> <str>reldetjacminname</str> <arr> <str>reldetjacmin_geometry</str> </arr> <str>meshtypename</str> <arr> <str>meshtype_geometry</str> </arr> <str>meshelemname</str> <arr> <str>meshelement_geometry</str> </arr> <str>sshape</str> <arr> <arr> <str>edg</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>Xg</str> </arr> <str>refframe</str> <str>mesh</str> </rec> <str>ledg</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>Xg</str> </arr> <str>refframe</str> <str>mesh</str> </rec> <str>edg2</str> <rec> <str>type</str> <str>fixed_ref</str> <str>sorder</str> <str>0</str> <str>sdimdofs</str> <arr> <str>Xg</str> </arr> <str>refframe</str> <str>mesh</str> </rec> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>frame</str> <str>geometry</str> <str>equivmeshframe</str> <str>on</str> <str>derivativeframes</str> <arr> <str>material</str> <str>spatial</str> <str>mesh</str> </arr> </rec> h<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elvar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> </arr> </arr> <str>var</str> <arr> <str>nXgc</str> <str>nXmc</str> <str>nXgcTXg</str> <str>nXmcTXm</str> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elmesh</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>qualname</str> <arr> <str>qualskewness_mesh</str> <str>qualmaxangle_mesh</str> <str>qual_mesh</str> <str>qualvollength_mesh</str> <str>qualcondition_mesh</str> <str>qualgrowth_mesh</str> <str>qualcurvedskewness_mesh</str> </arr> <str>sizename</str> <arr> <str>h_mesh</str> </arr> <str>sizeinscribedname</str> <arr> <str>hinscribed_mesh</str> </arr> <str>dvolname</str> <arr> <str>dvol_mesh</str> </arr> <str>emetric2name</str> <arr> <str>emetric2_mesh</str> </arr> <str>tremetricname</str> <arr> <str>tremetric_mesh</str> </arr> <str>emetricinvname</str> <arr> <str>emetricinv</str> </arr> <str>meshvolname</str> <arr> <str>meshvol_mesh</str> </arr> <str>detjacname</str> <arr> <str>detjac_mesh</str> </arr> <str>reldetjacname</str> <arr> <str>reldetjac_mesh</str> </arr> <str>reldetjacminname</str> <arr> <str>reldetjacmin_mesh</str> </arr> <str>meshtypename</str> <arr> <str>meshtype_mesh</str> </arr> <str>meshelemname</str> <arr> <str>meshelement_mesh</str> </arr> <str>sshape</str> <arr> <arr> <str>vtx</str> <rec> <str>type</str> <str>fixed</str> <str>sorder</str> <str>1</str> <str>sdimdofs</str> <arr> <str>Xm$1</str> </arr> </rec> <str>lvtx</str> <rec> <str>type</str> <str>fixed</str> <str>sorder</str> <str>1</str> <str>sdimdofs</str> <arr> <str>Xm$1</str> </arr> </rec> <str>ivtx</str> <rec> <str>type</str> <str>fixed</str> <str>sorder</str> <str>1</str> <str>sdimdofs</str> <arr> <str>Xm$1</str> </arr> </rec> <str>livtx</str> <rec> <str>type</str> <str>fixed</str> <str>sorder</str> <str>1</str> <str>sdimdofs</str> <arr> <str>Xm$1</str> </arr> </rec> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> <str>4</str> <str>5</str> </arr> </arr> </rec> <rec> <str>qualname</str> <arr> <str>qualskewness_mesh</str> <str>qualmaxangle_mesh</str> <str>qual_mesh</str> <str>qualvollength_mesh</str> <str>qualcondition_mesh</str> <str>qualgrowth_mesh</str> <str>qualcurvedskewness_mesh</str> </arr> <str>sizename</str> <arr> <str>h_mesh</str> </arr> <str>sizeinscribedname</str> <arr> <str>hinscribed_mesh</str> </arr> <str>dvolname</str> <arr> <str>dvol_mesh</str> </arr> <str>emetric2name</str> <arr> <str>emetric2_mesh</str> </arr> <str>tremetricname</str> <arr> <str>tremetric_mesh</str> </arr> <str>emetricinvname</str> <arr> <str>emetricinv</str> </arr> <str>meshvolname</str> <arr> <str>meshvol_mesh</str> </arr> <str>detjacname</str> <arr> <str>detjac_mesh</str> </arr> <str>reldetjacname</str> <arr> <str>reldetjac_mesh</str> </arr> <str>reldetjacminname</str> <arr> <str>reldetjacmin_mesh</str> </arr> <str>meshtypename</str> <arr> <str>meshtype_mesh</str> </arr> <str>meshelemname</str> <arr> <str>meshelement_mesh</str> </arr> <str>sshape</str> <arr> <arr> <str>edg</str> <rec> <str>type</str> <str>fixed</str> <str>sorder</str> <str>1</str> <str>sdimdofs</str> <arr> <str>Xm$1</str> </arr> </rec> <str>ledg</str> <rec> <str>type</str> <str>fixed</str> <str>sorder</str> <str>1</str> <str>sdimdofs</str> <arr> <str>Xm$1</str> </arr> </rec> <str>edg2</str> <rec> <str>type</str> <str>fixed</str> <str>sorder</str> <str>1</str> <str>sdimdofs</str> <arr> <str>Xm$1</str> </arr> </rec> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>frame</str> <str>mesh</str> <str>equivmeshframe</str> <str>on</str> <str>derivativeframes</str> <arr> <str>material</str> <str>spatial</str> <str>geometry</str> </arr> <str>definelocalcoord</str> <str>on</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elcontshapevar</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> </arr> </arr> <str>var</str> <arr> <str>nXmc</str> <arr> <str>nXmmesh</str> </arr> </arr> </rec> </arr> </arr> <str>lagorder</str> <str>1</str> <str>frame</str> <str>mesh</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elgeom</str> <str>g</str> <arr> <str>1</str> </arr> <str>frame</str> <str>mesh</str> <str>sorder</str> <str>1</str> <str>shapetype</str> <str>shlag</str> <str>method</str> <str>Lenoir</str> </rec> $<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>all_obj_contrib</str> <str>0</str> <str>all_obj_contrib_nolsq</str> <str>0</str> <str>all_obj_sum</str> <str>0</str> <str>all_obj_min</str> <str>Inf</str> <str>all_obj_max</str> <str>-Inf</str> <str>all_obj_scaled_contrib</str> <str>0</str> <str>all_obj_scaled_contrib_nolsq</str> <str>0</str> <str>all_obj_scaled_sum</str> <str>0</str> <str>all_obj_scaled_min</str> <str>Inf</str> <str>all_obj_scaled_max</str> <str>-Inf</str> </arr> </rec> s<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elsvdpolar</str> <str>matdim</str> <str>3</str> <str>rotation</str> <arr> <str>comp1.spatial.R11</str> <str>comp1.spatial.R21</str> <str>comp1.spatial.R31</str> <str>comp1.spatial.R12</str> <str>comp1.spatial.R22</str> <str>comp1.spatial.R32</str> <str>comp1.spatial.R13</str> <str>comp1.spatial.R23</str> <str>comp1.spatial.R33</str> </arr> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>input</str> <arr> <arr> <str>comp1.spatial.F11</str> <str>comp1.spatial.F21</str> <str>comp1.spatial.F31</str> <str>comp1.spatial.F12</str> <str>comp1.spatial.F22</str> <str>comp1.spatial.F32</str> <str>comp1.spatial.F13</str> <str>comp1.spatial.F23</str> <str>comp1.spatial.F33</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elsvdpolar</str> <str>matdim</str> <str>3</str> <str>rotation</str> <arr> <str>comp1.spatial.R11</str> <str>comp1.spatial.R21</str> <str>comp1.spatial.R31</str> <str>comp1.spatial.R12</str> <str>comp1.spatial.R22</str> <str>comp1.spatial.R32</str> <str>comp1.spatial.R13</str> <str>comp1.spatial.R23</str> <str>comp1.spatial.R33</str> </arr> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>input</str> <arr> <arr> <str>comp1.spatial.F11</str> <str>comp1.spatial.F21</str> <str>comp1.spatial.F31</str> <str>comp1.spatial.F12</str> <str>comp1.spatial.F22</str> <str>comp1.spatial.F32</str> <str>comp1.spatial.F13</str> <str>comp1.spatial.F23</str> <str>comp1.spatial.F33</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elsvdpolar</str> <str>matdim</str> <str>3</str> <str>rotation</str> <arr> <str>comp1.spatial.invR11</str> <str>comp1.spatial.invR21</str> <str>comp1.spatial.invR31</str> <str>comp1.spatial.invR12</str> <str>comp1.spatial.invR22</str> <str>comp1.spatial.invR32</str> <str>comp1.spatial.invR13</str> <str>comp1.spatial.invR23</str> <str>comp1.spatial.invR33</str> </arr> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>input</str> <arr> <arr> <str>comp1.spatial.invF11</str> <str>comp1.spatial.invF21</str> <str>comp1.spatial.invF31</str> <str>comp1.spatial.invF12</str> <str>comp1.spatial.invF22</str> <str>comp1.spatial.invF32</str> <str>comp1.spatial.invF13</str> <str>comp1.spatial.invF23</str> <str>comp1.spatial.invF33</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> <str>3</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elsvdpolar</str> <str>matdim</str> <str>3</str> <str>rotation</str> <arr> <str>comp1.spatial.invR11</str> <str>comp1.spatial.invR21</str> <str>comp1.spatial.invR31</str> <str>comp1.spatial.invR12</str> <str>comp1.spatial.invR22</str> <str>comp1.spatial.invR32</str> <str>comp1.spatial.invR13</str> <str>comp1.spatial.invR23</str> <str>comp1.spatial.invR33</str> </arr> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>input</str> <arr> <arr> <str>comp1.spatial.invF11</str> <str>comp1.spatial.invF21</str> <str>comp1.spatial.invF31</str> <str>comp1.spatial.invF12</str> <str>comp1.spatial.invF22</str> <str>comp1.spatial.invF32</str> <str>comp1.spatial.invF13</str> <str>comp1.spatial.invF23</str> <str>comp1.spatial.invF33</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> W<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <str>comp1.semi.D</str> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.D</str> <str>flux</str> <arr> <str>comp1.semi.Dcd</str> </arr> <str>ind</str> <arr> <arr> <str>4</str> <str>5</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.D</str> <str>fluxdown</str> <arr> <str>comp1.semi.D_bnd_down</str> </arr> <str>ind</str> <arr> <arr> <str>3</str> </arr> </arr> </rec> </arr> </arr> </rec> |<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.D</str> <str>fluxup</str> <arr> <str>-comp1.semi.D_bnd_up</str> </arr> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.D</str> <str>fluxdown</str> <arr> <str>comp1.semi.D_bnd_down</str> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> |<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.D</str> <str>fluxup</str> <arr> <str>-comp1.semi.D_bnd_up</str> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdiscvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.V_N</str> <str>expr</str> <arr> <str>(comp1.semi.epsilonr_down*comp1.semi.dc_up*down(comp1.V)+comp1.semi.epsilonr_up*comp1.semi.dc_down*up(comp1.V))/comp1.semi.E_cd_denom_num</str> <str>comp1.semi.nV</str> <str>comp1.semi.nV</str> </arr> <str>ind</str> <arr> <arr> <str>4</str> <str>5</str> </arr> <arr> <str>2</str> </arr> <arr> <str>1</str> <str>3</str> </arr> </arr> </rec> <rec> <str>var</str> <str>comp1.semi.V_N</str> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> `<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <str>comp1.semi.Jn_th_post</str> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jn_th_post</str> <str>flux</str> <arr> <str>comp1.semi.Jn_th_post_mesh</str> </arr> <str>ind</str> <arr> <arr> <str>4</str> <str>5</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jn_th_post</str> <str>fluxdown</str> <arr> <str>comp1.semi.Jn_th_post_ext_down</str> </arr> <str>ind</str> <arr> <arr> <str>3</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jn_th_post</str> <str>fluxup</str> <arr> <str>comp1.semi.Jn_th_post_ext_up</str> </arr> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jn_th_post</str> <str>fluxdown</str> <arr> <str>comp1.semi.Jn_th_post_int_down</str> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jn_th_post</str> <str>fluxup</str> <arr> <str>comp1.semi.Jn_th_post_int_up</str> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> `<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <str>comp1.semi.Jp_th_post</str> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jp_th_post</str> <str>flux</str> <arr> <str>comp1.semi.Jp_th_post_mesh</str> </arr> <str>ind</str> <arr> <arr> <str>4</str> <str>5</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jp_th_post</str> <str>fluxdown</str> <arr> <str>comp1.semi.Jp_th_post_ext_down</str> </arr> <str>ind</str> <arr> <arr> <str>3</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jp_th_post</str> <str>fluxup</str> <arr> <str>comp1.semi.Jp_th_post_ext_up</str> </arr> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jp_th_post</str> < `str>fluxdown</str> <arr> <str>comp1.semi.Jp_th_post_int_down</str> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jp_th_post</str> <str>fluxup</str> <arr> <str>comp1.semi.Jp_th_post_int_up</str> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> c<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <str>comp1.semi.Jn_drift_post</str> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jn_drift_post</str> <str>flux</str> <arr> <str>comp1.semi.Jn_drift_post_mesh</str> </arr> <str>ind</str> <arr> <arr> <str>4</str> <str>5</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jn_drift_post</str> <str>fluxdown</str> <arr> <str>comp1.semi.Jn_drift_post_ext_down</str> </arr> <str>ind</str> <arr> <arr> <str>3</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jn_drift_post</str> <str>fluxup</str> <arr> <str>comp1.semi.Jn_drift_post_ext_up</str> </arr> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jn_drift_post</str> <str>fluxdown</str> <arr> <str>comp1.semi.Jn_drift_post_int_down</str> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jn_drift_post</str> <str>fluxup</str> <arr> <str>comp1.semi.Jn_drift_post_int_up</str> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> c<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <str>comp1.semi.Jp_drift_post</str> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jp_drift_post</str> <str>flux</str> <arr> <str>comp1.semi.Jp_drift_post_mesh</str> </arr> <str>ind</str> <arr> <arr> <str>4</str> <str>5</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jp_drift_post</str> <str>fluxdown</str> <arr> <str>comp1.semi.Jp_drift_post_ext_down</str> </arr> <str>ind</str> <arr> <arr> <str>3</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jp_drift_post</str> <str>fluxup</str> <arr> <str>comp1.semi.Jp_drift_post_ext_up</str> </arr> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jp_drift_post</str> <str>fluxdown</str> <arr> <str>comp1.semi.Jp_drift_post_int_down</str> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jp_drift_post</str> <str>fluxup</str> <arr> <str>comp1.semi.Jp_drift_post_int_up</str> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> b<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <str>comp1.semi.Jn_diff_post</str> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jn_diff_post</str> <str>flux</str> <arr> <str>comp1.semi.Jn_diff_post_mesh</str> </arr> <str>ind</str> <arr> <arr> <str>4</str> <str>5</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jn_diff_post</str> <str>fluxdown</str> <arr> <str>comp1.semi.Jn_diff_post_ext_down</str> </arr> <str>ind</str> <arr> <arr> <str>3</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jn_diff_post</str> <str>fluxup</str> <arr> <str>comp1.semi.Jn_diff_post_ext_up</str> </arr> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jn_diff_post</str> <str>fluxdown</str> <arr> <str>comp1.semi.Jn_diff_post_int_down</str> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jn_diff_post</str> <str>fluxup</str> <arr> <str>comp1.semi.Jn_diff_post_int_up</str> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> b<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <str>comp1.semi.Jp_diff_post</str> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jp_diff_post</str> <str>flux</str> <arr> <str>comp1.semi.Jp_diff_post_mesh</str> </arr> <str>ind</str> <arr> <arr> <str>4</str> <str>5</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jp_diff_post</str> <str>fluxdown</str> <arr> <str>comp1.semi.Jp_diff_post_ext_down</str> </arr> <str>ind</str> <arr> <arr> <str>3</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jp_diff_post</str> <str>fluxup</str> <arr> <str>comp1.semi.Jp_diff_post_ext_up</str> </arr> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jp_diff_post</str> <str>fluxdown</str> <arr> <str>comp1.semi.Jp_diff_post_int_down</str> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jp_diff_post</str> <str>fluxup</str> <arr> <str>comp1.semi.Jp_diff_post_int_up</str> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> ]<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <str>comp1.semi.Jn_post</str> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jn_post</str> <str>flux</str> <arr> <str>comp1.semi.Jn_post_mesh</str> </arr> <str>ind</str> <arr> <arr> <str>4</str> <str>5</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jn_post</str> <str>fluxdown</str> <arr> <str>comp1.semi.Jn_post_ext_down</str> </arr> <str>ind</str> <arr> <arr> <str>3</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jn_post</str> <str>fluxup</str> <arr> <str>comp1.semi.Jn_post_ext_up</str> </arr> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jn_post</str> <str>fluxdown</str> <arr> <str>comp1.semi.Jn_post_int_down</str> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jn_post</str> <str>fluxup</str> <arr> <str>comp1.semi.Jn_post_int_up</str> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> ]<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>var</str> <str>comp1.semi.Jp_post</str> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jp_post</str> <str>flux</str> <arr> <str>comp1.semi.Jp_post_mesh</str> </arr> <str>ind</str> <arr> <arr> <str>4</str> <str>5</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jp_post</str> <str>fluxdown</str> <arr> <str>comp1.semi.Jp_post_ext_down</str> </arr> <str>ind</str> <arr> <arr> <str>3</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jp_post</str> <str>fluxup</str> <arr> <str>comp1.semi.Jp_post_ext_up</str> </arr> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jp_post</str> <str>fluxdown</str> <arr> <str>comp1.semi.Jp_post_int_down</str> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshdivvar</str> <str>frame</str> <str>material</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>var</str> <str>comp1.semi.Jp_post</str> <str>fluxup</str> <arr> <str>comp1.semi.Jp_post_int_up</str> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elmatent</str> <str>name</str> <str>material.entity</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>ind</str> <arr> <arr> <str>1</str> </arr> <arr> <str>2</str> </arr> <arr> <str>3</str> </arr> <arr> </arr> <arr> </arr> <arr> </arr> </arr> <str>slit</str> <arr> <str>2</str> <str>1</str> <str>3</str> </arr> </rec> <rec> <str>ind</str> <arr> <arr> <str>1</str> </arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> </rec> s<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshape</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> <str>use</str> <arr> <str></str> </arr> <str>shelem</str> <rec> <str>default</str> <arr> <arr> <str>shdisc</str> <rec> <str>basename</str> <str>comp1.V</str> <str>mdim</str> <str>1</str> <str>order</str> <str>0</str> <str>frame</str> <arr> <str>material</str> <str>mesh</str> <str>geometry</str> <str>spatial</str> </arr> <str>declare</str> <arr> <str>true</str> <str>false</str> <str>false</str> <str>false</str> </arr> <str>valuetype</str> <str>complex</str> </rec> </arr> </arr> <str>case</str> <arr> </arr> <str>mind</str> <arr> </arr> </rec> </rec> </arr> </arr> <str>tvars</str> <str>on</str> <str>implicitbmtypes</str> <str>on</str> </rec> t<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshape</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> <str>use</str> <arr> <str></str> </arr> <str>shelem</str> <rec> <str>default</str> <arr> <arr> <str>shdisc</str> <rec> <str>basename</str> <str>comp1.Ne</str> <str>mdim</str> <str>1</str> <str>order</str> <str>0</str> <str>frame</str> <arr> <str>material</str> <str>mesh</str> <str>geometry</str> <str>spatial</str> </arr> <str>declare</str> <arr> <str>true</str> <str>false</str> <str>false</str> <str>false</str> </arr> <str>valuetype</str> <str>complex</str> </rec> </arr> </arr> <str>case</str> <arr> </arr> <str>mind</str> <arr> </arr> </rec> </rec> </arr> </arr> <str>tvars</str> <str>on</str> <str>implicitbmtypes</str> <str>on</str> </rec> t<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elshape</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> <str>use</str> <arr> <str></str> </arr> <str>shelem</str> <rec> <str>default</str> <arr> <arr> <str>shdisc</str> <rec> <str>basename</str> <str>comp1.Ph</str> <str>mdim</str> <str>1</str> <str>order</str> <str>0</str> <str>frame</str> <arr> <str>material</str> <str>mesh</str> <str>geometry</str> <str>spatial</str> </arr> <str>declare</str> <arr> <str>true</str> <str>false</str> <str>false</str> <str>false</str> </arr> <str>valuetype</str> <str>complex</str> </rec> </arr> </arr> <str>case</str> <arr> </arr> <str>mind</str> <arr> </arr> </rec> </rec> </arr> </arr> <str>tvars</str> <str>on</str> <str>implicitbmtypes</str> <str>on</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elgpspec</str> <str>g</str> <arr> <str>1</str> </arr> <str>geom</str> <arr> <rec> <str>ep</str> <rec> <str>default</str> <arr> <str>0</str> <str>0</str> <str>0</str> <str>0</str> <str>0</str> <str>0</str> <str>0</str> <str>0</str> <str>0</str> <str>0</str> <str>0</str> <str>0</str> <str>0</str> <str>0</str> <str>0</str> </arr> <str>case</str> <arr> </arr> <str>mind</str> <arr> </arr> </rec> </rec> </arr> </rec> `<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>eleqw</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>coeff</str> <arr> <arr> <str>comp1.semi.nD*test(comp1.V)*comp1.semi.d</str> <str>-comp1.semi.nJn*test(comp1.Ne)*comp1.semi.d</str> <str>-comp1.semi.nJp*test(comp1.Ph)*comp1.semi.d</str> </arr> </arr> <str>ipoints</str> <arr> <arr> <str>1</str> <str>1</str> <str>1</str> </arr> </arr> <str>dvolname</str> <arr> <arr> <str>dvol</str> <str>dvol</str> <str>dvol</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> </arr> </arr> </rec> </arr> </arr> <str>assemcase</str> <str>0</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>eleqw</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>coeff</str> <arr> <arr> <str>comp1.semi.nD*test(comp1.V)*comp1.semi.d</str> <str>-comp1.semi.nJn*test(comp1.Ne)*comp1.semi.d</str> <str>-comp1.semi.nJp*test(comp1.Ph)*comp1.semi.d</str> </arr> </arr> <str>ipoints</str> <arr> <arr> <str>1</str> <str>1</str> <str>1</str> </arr> </arr> <str>dvolname</str> <arr> <arr> <str>dvol</str> <str>dvol</str> <str>dvol</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>3</str> </arr> </arr> </rec> </arr> </arr> <str>assemcase</str> <str>0</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>eleqw</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>coeff</str> <arr> <arr> <str>comp1.semi.Dcd*test(down(comp1.V)-up(comp1.V))*comp1.semi.d</str> <str>comp1.semi.nJn_sg*test(up(comp1.Ne)-down(comp1.Ne))*comp1.semi.d</str> <str>comp1.semi.nJp_sg*test(up(comp1.Ph)-down(comp1.Ph))*comp1.semi.d</str> </arr> </arr> <str>ipoints</str> <arr> <arr> <str>1</str> <str>1</str> <str>1</str> </arr> </arr> <str>dvolname</str> <arr> <arr> <str>dvol</str> <str>dvol</str> <str>dvol</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>4</str> <str>5</str> </arr> </arr> </rec> </arr> </arr> <str>assemcase</str> <str>0</str> </rec> '<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>eleqw</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <rec> <str>coeff</str> <arr> <arr> <str>(comp1.semi.D_bnd_up*test(up(comp1.V))+comp1.semi.D_bnd_down*test(down(comp1.V)))*comp1.semi.d</str> <str>(-comp1.semi.nJn_up*test(up(comp1.Ne))-comp1.semi.nJn_down*test(down(comp1.Ne)))*comp1.semi.d</str> <str>(-comp1.semi.nJp_up*test(up(comp1.Ph))-comp1.semi.nJp_down*test(down(comp1.Ph)))*comp1.semi.d</str> </arr> </arr> <str>ipoints</str> <arr> <arr> <str>1</str> <str>1</str> <str>1</str> </arr> </arr> <str>dvolname</str> <arr> <arr> <str>dvol</str> <str>dvol</str> <str>dvol</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>assemcase</str> <str>0</str> </rec> <<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>eleqw</str> <str>g</str> <arr> <str>1</str> </arr> <str>geomdim</str> <arr> <arr> <arr> </arr> <rec> <str>coeff</str> <arr> <arr> <str>-test(comp1.V)*circumcenter(comp1.semi.rho)*comp1.semi.d</str> <str>e_const*d(comp1.semi.N,t)*test(comp1.Ne)*comp1.semi.d</str> <str>-e_const*d(comp1.semi.P,t)*test(comp1.Ph)*comp1.semi.d</str> <str>e_const*comp1.semi.Rsrh*test(comp1.Ne)*comp1.semi.d</str> <str>-e_const*comp1.semi.Rsrh*test(comp1.Ph)*comp1.semi.d</str> <str>e_const*comp1.semi.Rau*test(comp1.Ne)*comp1.semi.d</str> <str>-e_const*comp1.semi.Rau*test(comp1.Ph)*comp1.semi.d</str> </arr> </arr> <str>ipoints</str> <arr> <arr> <str>1</str> <str>1</str> <str>1</str> <str>1</str> <str>1</str> <str>1</str> <str>1</str> </arr> </arr> <str>dvolname</str> <arr> <arr> <str>dvol</str> <str>dvol</str> <str>dvol</str> <str>dvol</str> <str>dvol</str> <str>dvol</str> <str>dvol</str> </arr> </arr> <str>ind</str> <arr> <arr> <str>1</str> <str>2</str> </arr> </arr> </rec> </arr> </arr> <str>assemcase</str> <str>0</str> </rec> Z<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elemaux</str> <str>elevent</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>unit_s_cf</str> <str>1</str> <str>unit_rad_cf</str> <str>1</str> <str>unit_K_cf</str> <str>1</str> <str>unit_J_cf</str> <str>1</str> <str>unit_m_cf</str> <str>1</str> <str>unit_C_cf</str> <str>1</str> <str>unit_atm_cf</str> <str>101325</str> <str>unit_V_cf</str> <str>1</str> <str>unit_kg_cf</str> <str>1</str> <str>unit_mol_cf</str> <str>1</str> </arr> </rec> -<?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elconst</str> <str>var</str> <arr> <str>unit_us_cf</str> <str>1.0E-6</str> <str>unit_um_cf</str> <str>1.0E-6</str> <str>unit_W_cf</str> <str>1</str> <str>unit_cm_cf</str> <str>0.01</str> <str>unit_A_cf</str> <str>1</str> </arr> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elinline</str> <str>name</str> <str>sqrteps</str> <str>args</str> <arr> <str>sqrteps__x__internalArgument</str> </arr> <str>expr</str> <str>sqrt(sqrteps__x__internalArgument)</str> <str>dexpr</str> <arr> <str>0.5/sqrt(sqrteps__x__internalArgument+eps)</str> </arr> <str>complex</str> <str>false</str> <str>linear</str> <str>false</str> </rec> <?xml version="1.0" encoding="UTF-8"?> <rec> <str>elem</str> <str>elinline</str> <str>name</str> <str>poweps</str> <str>args</str> <arr> <str>poweps__x__internalArgument</str> <str>poweps__n__internalArgument</str> </arr> <str>expr</str> <str>poweps__x__internalArgument^poweps__n__internalArgument</str> <str>dexpr</str> <arr> <str>if(poweps__n__internalArgument&lt;1, poweps__n__internalArgument*(poweps__x__internalArgument+eps)^(-1+poweps__n__internalArgument), poweps__n__internalArgument*poweps__x__internalArgument^(-1+poweps__n__internalArgument))</str> <str>log(poweps__x__internalArgument)*poweps__x__internalArgument^poweps__n__internalArgument</str> </arr> <str>complex</str> <str>false</str> <str>linear</str> <str>false</str> </rec> E!.]0 comp1.Vcomp1.Necomp1.Phcomp1.semi.n_bndcomp1.semi.p_bndcomp1.semi.n_bnd_upcomp1.semi.p_bnd_upcomp1.semi.n_bnd_downcomp1.semi.p_bnd_down comp1.Vcomp1.Necomp1.Phcomp1.semi.n_bndcomp1.semi.p_bndcomp1.semi.n_bnd_upcomp1.semi.p_bnd_upcomp1.semi.n_bnd_downcomp1.semi.p_bnd_down comp1.Necomp1.Phcomp1.V?ls(0)ư>ls(1)  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~???comp1.Ne?comp1.Ph?comp1.V? comp1.semi.D comp1.semi.D?comp1.semi.Jn_diff_postcomp1.semi.Jn_diff_post?comp1.semi.Jn_drift_postcomp1.semi.Jn_drift_post?comp1.semi.Jn_postcomp1.semi.Jn_post?comp1.semi.Jn_th_postcomp1.semi.Jn_th_post?comp1.semi.Jp_diff_postcomp1.semi.Jp_diff_post?comp1.semi.Jp_drift_postcomp1.semi.Jp_drift_post?comp1.semi.Jp_postcomp1.semi.Jp_post?comp1.semi.Jp_th_postcomp1.semi.Jp_th_post?comp1.semi.V_Ncomp1.semi.V_N? comp1.Necomp1.Phcomp1.V comp1.semi.Dcomp1.semi.Jn_diff_postcomp1.semi.Jn_drift_postcomp1.semi.Jn_postcomp1.semi.Jn_th_postcomp1.semi.Jp_diff_postcomp1.semi.Jp_drift_postcomp1.semi.Jp_postcomp1.semi.Jp_th_postcomp1.semi.V_N    !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~ !$'*-0369<?BEHKNQTWZ]`cfilorux{~  #&),/258;>ADGJMPSVY\_behknqtwz} "%(+.147:=@CFILORUX[^adgjmpsvy|  !$'*-0369<?BEHKNQTWZ]`cfilorux{~  #&),/258;>ADGJMPSVY\_behknqtwz}  "%(+.147:=@CFILORUX[^adgjmpsvy| !%)-159=AEIMQUY]aeimquy}  !%)-159=AEIMQUY]aeimquy}  !%)-159=AEIMQUY]aeimquy}    !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~ )?Uk1G]s #9Oe{+AWm3I_u%;Qg}-CYo 5Kaw'=Si  / E [ q ! 7 M c y  ) ? U k   1 G ] s # 9 O e { +AWm+AWm3I_u%;Qg}-CYo 5Kaw'=Si/E[q !7Mcy)?Uk  1 G ] s # 9 O e {  + A W m   3 I _ u  % ; Q g } -CYo-CYo 5Kaw'=Si/E[q !7Mcy)?Uk1G]s #9Oe{+AWm  3 I _ u  % ; Q g }   - C Y o  5 K a w  ' = S i  /E[q/E[q !7Mcy)?Uk1G]s #9Oe{+AWm3I_u%;Qg}-CYo  5 K a w  ' = S i    / E [ q ! 7 M c y  ) ? U k 1G]s 1G]s #9Oe{+AWm3I_u%;Qg}-CYo 5Kaw'=Si/E[q ! 7 M c y  ) ? U k   1 G ] s # 9 O e {  + A W m 3I_u 3I_u%;Qg}-CYo 5Kaw'=Si/E[q !7Mcy)?Uk1G]s # 9 O e {  + A W m   3 I _ u  % ; Q g }   - C Y o 5Kaw 5Kaw'=Si/E[q !7Mcy)?Uk1G]s #9Oe{+AWm3I_u % ; Q g }   - C Y o  5 K a w  ' = S i    / E [ q !7Mcy!7Mcy)?Uk1G]s #9Oe{+AWm3I_u%;Qg}-CYo 5Kaw ' = S i    / E [ q ! 7 M c y  ) ? U k   1 G ] s #9Oe{#9Oe{+AWm3I_u%;Qg}-CYo 5Kaw'=Si/E[q !7Mcy ) ? U k   1 G ] s # 9 O e {  + A W m   3 I _ u %;Qg}  "&*.26:>BFJNRVZ^bfjnrvz~ "&*.26:>BFJNRVZ^bfjnrvz~ "&*.26:>BFJNRVZ^bfjnrvz~   !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRST%;Qg}-CYo 5Kaw'=Si/E[q !7Mcy)?Uk1G]s #9Oe{ + A W m   3 I _ u  % ; Q g }   - C Y o  5 K a w '=Si'=Si/E[q !7Mcy)?Uk1G]s #9Oe{+AWm3I_u%;Qg}  - C Y o  5 K a w  ' = S i    / E [ q ! 7 M c y )?UkT #'+/37;?CGKOSW[_cgkosw{ #'+/37;?CGKOSW[_cgkosw{ #'+/37;?CGKOSW[_cgkosw{  $(,048<@DHLPTX\`dhlptx|  $(,048<@DHLPTX\`dhlptx|  $(,048<@DHLPTX\`dhlptx|ư>ls(1)m      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~     m???comp1.Ne?comp1.Ph?comp1.V? comp1.semi.D comp1.semi.D?comp1.semi.Jn_diff_postcomp1.semi.Jn_diff_post?comp1.semi.Jn_drift_postcomp1.semi.Jn_drift_post?comp1.semi.Jn_postcomp1.semi.Jn_post?comp1.semi.Jn_th_postcomp1.semi.Jn_th_post?comp1.semi.Jp_diff_postcomp1.semi.Jp_diff_post?comp1.semi.Jp_drift_postcomp1.semi.Jp_drift_post?comp1.semi.Jp_postcomp1.semi.Jp_post?comp1.semi.Jp_th_postcomp1.semi.Jp_th_post?comp1.semi.V_Ncomp1.semi.V_N? comp1.Necomp1.Phcomp1.V comp1.semi.Dcomp1.semi.Jn_diff_postcomp1.semi.Jn_drift_postcomp1.semi.Jn_postcomp1.semi.Jn_th_postcomp1.semi.Jp_diff_postcomp1.semi.Jp_drift_postcomp1.semi.Jp_postcomp1.semi.Jp_th_postcomp1.semi.V_N  mm  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklm  "%(+.147:=@CFILORUX[^adgjmpsvy|  !$'*-0369<?BEHKNQTWZ]`cfilorux{~  #&),/258;>ADGJMPSVY\_behknqtwz}  "%(+.147:=@CFILORUX[^adgjmpsvy|  !$'*-0369<?Bm  #&),/258;>ADGJMPSVY\_behknqtwz}  "%(+.147:=@CFILORUX[^adgjmpsvy|  !$'*-0369<?BEHKNQTWZ]`cfilorux{~  #&),/258;>ADGJMPSVY\_behknqtwz}  "%(+.147:=@Cm  !$'*-0369<?BEHKNQTWZ]`cfilorux{~  #&),/258;>ADGJMPSVY\_behknqtwz}  "%(+.147:=@CFILORUX[^adgjmpsvy|  !$'*-0369<?BEHKNQTWZ]`cfilorux{~  #&),/258;>ADm  !%)-159=AEIMQUY]aeimquy}  !%)-159=AEIMQUY]aeimquy}  !%)-159=AEIMQUY]aeimquy}  !%)-159=AEIMQUY]aeimquy}  !%)-159=AEIMQUY]aeimquy}  !%)-159=AEIMQUY  m  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklm  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklm n0F\r "8Ndz*@Vl2H^t$:Pf|,BXn4J`v&<Rh~.DZp  6Lbx(>Tj0F\r "8Ndz*@Vl2H^t$:Pf|,BXn  4 J ` v !&!$T$j$$$$$$$%%0%F%\%r%%%%%%% &"&8&N&d&z&&&&&&&'*'@'V'l'''''''((2(H(^(t((((((()$):)P)f)|))))))**,*B*X*n*******++4+J+`+v+++++++,&,<,R,h,~,,,,,,--.-D-Z-p------- .n2H^t$:Pf|,BXn4J`v&<Rh~.DZp  6Lbx(>Tj0F\r "8Ndz*@Vl2H^t$:Pf|,BXn4J`v&<Rh~.DZp 6 L b x !(!>!T!j!!!!!!!""0"F"\"r""""""" #"#8#N#d#z#######$*$@$V$l$$$$$$$%%2%H%^%t%%%%%%%&$&:&P&f&|&&&&&&'','B'X'n'''''''((4(J(`(v((((((()&)<)R)h)~))))))**.*D*Z*p******* + +6+L+b+x+++++++,(,>,T,j,,,,,,,--0-F-\-r------- .n4J`v&<Rh~.DZp  6Lbx(>Tj0F\r "8Ndz*@Vl2H^t$:Pf|,BXn4J`v&<Rh~.DZp  6Lbx(>Tj0F\r " 8 N d z !*!@!V!l!!!!!!!""2"H"^"t"""""""#$#:#P#f#|######$$,$B$X$n$$$$$$$%%4%J%`%v%%%%%%%&&&<&R&h&~&&&&&&''.'D'Z'p''''''' ( (6(L(b(x((((((()()>)T)j)))))))**0*F*\*r******* +"+8+N+d+z+++++++,*,@,V,l,,,,,,,--2-H-^-t-------.n  6Lbx(>Tj0F\r "8Ndz*@Vl2H^t$:Pf|,BXn4J`v&<Rh~.DZp  6Lbx(>Tj0F\r "8Ndz*@Vl2H^t $ : P f | !!,!B!X!n!!!!!!!""4"J"`"v"""""""#&#<#R#h#~######$$.$D$Z$p$$$$$$$ % %6%L%b%x%%%%%%%&(&>&T&j&&&&&&&''0'F'\'r''''''' ("(8(N(d(z((((((()*)@)V)l)))))))**2*H*^*t*******+$+:+P+f+|++++++,,,,B,X,n,,,,,,,--4-J-`-v-------.n "8Ndz*@Vl2H^t$:Pf|,BXn4J`v&<Rh~.DZp  6Lbx(>Tj0F\r "8Ndz*@Vl2H^t$:Pf|,BXn4J`v & < R h ~ !!.!D!Z!p!!!!!!! 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