In reply to chong shi.

那么对于双电层那个节点而言，没有发生化学反应，只有充放电过程，所以就不用加化学计量系数对吧

In reply to R T.

化学计量系数与界面发生的电化学反应有关，举例阴极发生还原反应，由一价正离子得到一个电子变成原子或者分子，那么对于这个一价正离子而言，化学计量系数是-1，而对于生成物而言，化学计量系数是+1.

请问如果我使用三次电流分布接口模拟电解槽中的离子输运过程，我在阴极处添加了多孔基体双电层电容。那么这个节点中的物质化学计量系数如何设置呢？我的电解液是KHCO3

In reply to 晨杰 王.

非常感谢老师您的帮助！非常有用！

In reply to 静雯 张.

Okay Jingwen, I’m glad that you’re interested in simulation of the Electrokinetics in microfluidics and EDL. I also hope to have the opportunity to discuss and exchange ideas with you. I wish you a smooth learning and research journey, and look forward to making progress together!

In reply to 文文 许.

我这儿有相关的案例，咱们有机会可以交流一下，可以加我联系方式17536077934

In reply to 静雯 张.

您好，目前作者暂未提供原始案例，您可以尝试使用静电+稀物质传递+层流接口来设置，并且需要自己定义电渗的体积力来使流体流动。如果还有其他问题可以联系 COMSOL 的技术支持团队。
在线支持中心：www.denkrieger.com/support
Email: support@comsol.com
谢谢！

In reply to 文文 许.

您好，目前没有原始案例可以提供给您，您可以尝试使用静电+稀物质传递+层流接口来设置，并且需要自己定义电渗的体积力来使流体流动。

I’m really thankful to read the impressive blog which miraculously initiated me into the study of EDL. Besides, I show great interest in the first model named micro pump, but it’s a pity for me that I am not able to get access to it. I would be grateful if you could send me the original model. My email account is bestrong1314@163.com

Hello, I am very interested in the first “micro pump” model, could you send me the original model, if so I would be very grateful, here is my email:1211887178@qq.com