对荷电膜的性能，特别是流动电位进行了测定和讨论。
Some of the properties of the charged membranes, especially the streaming potential, were discussed.
文中也列举了荷电膜的初步应用，实验表明，在某些分离中，荷电反渗透膜和超滤膜的性能优于常规的膜。
A number of preliminary applications of the charged membrane were enumerated, and the results showed that the performance of charged RO and UF membranes...
介绍了超滤器在阴极电泳涂装中的作用、阴极电泳用超滤器的类型、荷电膜超滤器在阴极电泳涂装线中的应用。
The types and functions of ultrafilter for cathodic electrodeposition (CED) painting and the functions of charged membrane ultrafilter for CED have been described.
当电解质通过荷电镶嵌膜时，阴、阳离子分别通过其对应的交换单元。
When the electrolytes pass the membrane, anions and cations can flow in parallel through their respective exchange elements.
纳滤膜的表面荷电特性会影响膜的渗透通量、选择透过性及其抗污染能力。
Surface charge performance of nanofiltration membrane affects the flux, permselectivity and the anti-pollution ability.
试验表明流动电位是表征荷电反渗透膜和超滤膜的一个重要参数。
It was found that the streaming potential was an important and useful parameter for characterizing the RO and UF membranes.
结论：壳聚糖是一种很好的荷正电微孔滤膜的成膜材料，所制备的荷电微孔滤膜可用于细菌病毒的分离、浓缩。
Conclusion: Chitosan is a good membrane-making material for the positive charge modified microporous membrane, and the membrane can be used for removing and concentrating bacteria and virus.
设计了膜电位实验，并对共混膜的荷电特性进行了研究；
Also the membrane's charged characteristics are studied about through potential experiment.
设计了膜电位实验，并对共混膜的荷电特性进行了研究；
Also the membrane's charged characteristics are studied about through potential experiment.
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