同时讨论了双极膜的污染和清洗问题。
The pollution and the cleaning of the membrane were also discussed.
双极膜是近年来国际上研究比较活跃的一种新型膜。
Recently, a bipolar membrane process has become one of the most attractive fields in the world.
这篇论文主要探索双极膜替代这传统离子交换工艺的可能性。
This thesis mainly explores the possibility of applying the bipolar membrane technology to displace the traditional ion exchange process.
在双极膜电渗析中，乳酸钠转化为乳酸，并得到纯度比较高的氢氧化钠。
In the bipolar membrane electrodialysis (BMED) operation, sodium lactate was converted into lactic acid and sodium hydroxide of high purity was obtained.
采用三室法以氯化钠溶液为对象，对利用双极膜水解离制备酸碱的有关材料进行优化。
Optimization of materials for making acid and base by water splitting in three-compartment with bipolar membrane is studied.
针对以上的问题，首次采用三室双阳膜电解和双极膜电渗析法处理了低浓so_2钠碱吸收液。
Aimed at the problems above, the three-compartment cation selective membrane electrolysis and dipolar membrane electrodialysis technique are used to deal with the dilute SO2 absorbed solution.
在双极膜电渗析法处理低浓度SO_2吸收液的研究中，首次提出了用阴膜和双极膜组成二室结构的电渗析器处理低浓度SO_2吸收液的新方法。
The means using two-compartment electrodialysis consisting ofABSTRACTanion-selective and bipolar membrane to treat the absorbed dilute SO2 solution is put forward for the first time .
依据金属钝化的双极新概念，制备成了不同交换离子种类和浓度的双极性有机膜。
According to the new concept of bipolar mechanism of passivity, the bipolar organic membranes with various ion exchangers were made.
变温荧光光谱观察双分子膜中蒽醌生色基的荧光光谱强度和峰位极敏感地受到双分子膜物理状态变化的影响。
Both the fluorescence intensity and the peak location of anthraquinone chromophore are sensitively affected by the change in the bilayer physical state.
变温荧光光谱观察双分子膜中蒽醌生色基的荧光光谱强度和峰位极敏感地受到双分子膜物理状态变化的影响。
Both the fluorescence intensity and the peak location of anthraquinone chromophore are sensitively affected by the change in the bilayer physical state.
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