In high pH, the streaming potential of the membrane moved to the negative charged.
较高pH值下的流动电位向负电位方向移动。
参考来源 - 紫外照射接枝法制备荷电膜及其性能研究Comparing zeta potential calculated by the stream potential to that measured by known the concentration of NaCl solution, the solute concentration on the surface of membrane can also be estimated, and is close to theoretical result relatively.
将由纳滤过程中测得的流动电位计算出的膜表面zeta电位与该膜在静止的盐溶液中的zeta电位进行对比,估算出膜面处溶质的浓度,其结果与理论计算的结果比较接近。
参考来源 - 纳滤膜表面荷电性能的研究·2,447,543篇论文数据，部分数据来源于NoteExpress
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.
以流动电位法研究三-色氨酸饱和水溶液降温结晶过程。
The streaming potential of saturated solution of L-Trp was determined to characterize its crystallization in temperature lowering process.
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.
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