液体分离膜

我国液体分离膜技术现状及展望

The progress and prospect of membranes technologies for liquid separation in China

液体分离膜过程中的浓差极化及其评价方法

How to evaluate concentration polarization in the process of liquid membrane separation

膜污染问题是阻碍液体分离膜技术广泛应用的制约因素之一，较直接有效的解决办法是对分离膜进行亲水改性。

Membrane fouling is one of the obstacles which limit severely membrane technology to be applied widely in liquid separation . One efficient approach is to modify the hydrophilic property of membranes .

用于液体分离的膜材料选择与评价

Selection and Evaluation of Membrane Materials for Liquid Separation

本文概述了7种以高分子为膜材料、用于混合液体分离的膜分离过程，即离子交换膜与电渗析、反渗透、超滤、微孔过滤、膜萃取、渗透汽化和膜蒸馏。

This paper outlines seven membrane separation processes for liquid separation with polymer material membranes , i. e. ion exchange membrane and electrodialysis , reverse osmosis ( hyperfiltration ), ultrafiltration , microfiltration , membrane extraction , pervaporation and membrane distilation .

椰壳制备液体分离用炭膜的研究

Preparation of carbon membrane for liquid purification by coconut shell

选择廉价易得的炭膜制备原料，研究和制备高性能的气体和液体分离用炭膜，提高膜的通量和膜分离过程的选择性，一直是国内外研究人员不断探索的目标。

To select cheap and easy available raw material and to prepare good performance carbon membrane for liquid or gas separation are the continuous research goal . Researchers are pursuing the carbon membrane possessing the high membrane flux and high selectivity simultaneously .