bipolar membrane

Correlation of water transport rate with maximum current density of a bipolar membrane was studied.

介绍了水向双极性膜中迁移的速度与膜的最大电流密度之间的关系。

Recently, a bipolar membrane process has become one of the most attractive fields in the world.

双极膜是近年来国际上研究比较活跃的一种新型膜。

This invented bipolar membrane is composed of anion exchange layer, cation exchange layer and intermediate layer.

本发明属于化学工程技术领域,由阴离子交换层 、 阳离子交换层及中间层组成.

Bipolar membrane is a special ion-exchange membrane comprising a anion-exchange layer and a cation-exchange layer. It can dissociate water molecules into protons and hydroxyl ions with the lowest theoretical voltage drop under reverse bias in a direct current electric field.

双极膜是一种由阴离子交换层和阳离子交换层构成的特殊离子交换膜，它在直流电场反向偏压下可以将水以最低的理论电压解离成氢离子和氢氧根离子。

The thesis is focuses on treating two kinds of chemical wastewater ( such as brominates butyl rubber wastewater and spent caustic) by using bipolar membrane electrodialysis.

本论文采用双极膜电渗析技术处理了两种典型的化工废水：如溴化丁基橡胶废水和废碱液。

Driven by direct current, bipolar membrane splits water into H+ and OH-, which regenerate ion exchange resins conjugated with anion membrane and cation membrane.

双极膜在直流电场下，能使水解离，产生H~+和OH~-，与阴阳离子交换膜配合使用，可再生离子交换树脂。

Bipolar membrane water splitting and its application in food industry

食品工业中的双极膜技术膜分离技术

The sol of the anion membrane was pasted on the cation membrane to prepare the mSA/ mPAM bipolar membrane.

将阴膜溶胶流延于阳膜上制得磷酸化mSA/mPAM双极膜。

Status and development of studies on the intermediate layer of a bipolar membrane

双极膜中间界面层研究进展

The recent review on the principle and application of bipolar membrane

双极膜的理论及应用展望

The Bipolar Membrane and It's New Development Progress

双极膜及其研究进展

During this study, the performance of bipolar membrane made in Beijing and cation membrane JCM-I was better.

研究中采用北京双极膜和JCM-I阳膜比较好。

Will bond of Bipolar Membrane ( BPM) and Packed bed Electrodialysis EPI Technology. Was made up of three compartment BPM-EDI The apparatus. It can be used in complex-bed.

将双极膜（BPM）和填充床电渗析（EDI）技术相结合，组装成三隔室BPM-EDI装置，将其应用于复床离子交换树脂的电再生。

This thesis mainly explores the possibility of applying the bipolar membrane technology to displace the traditional ion exchange process in the Vitamin production.

这篇论文主要探索使用双极膜技术在维生素c生产里替代传统的离子交换工艺的可能性。

The supplement of water in intermediate layer of bipolar membrane is an extremely important.

双极膜中间层水的补充问题对双极膜的性能至关重要.

Some key problems to affect electric performance of bipolar membrane

影响双极膜电学性能的几个关键问题的讨论