高分子分离膜

高分子分离膜材料亲水改性及对膜性能的影响

Hydrophilic modification of polymer membrane materials and effect on membrane performances

本文着重综述了目前常用的高分子分离膜材料的改性方法。

The modification methods of polymer membrane materials was reviewed .

高分子分离膜及其在水处理技术中的应用

Macromolecule Separation Membrane and Its Application in Water Treatment

高分子分离膜的研制与应用

Development and Application of Macromolecular Separation Membrane

介绍了高分子分离膜材料的亲水改性中常用的化学改性和物理改性方法。

This paper introduced simply hydrophilic modification methods of the polymer membrane materials , for example , chemical and physical means .

系统地叙述了目前应用最广泛的有机高分子分离膜的材料。

The materials of organic polymer separation membrane which is most widely used for the time being have been systematically described .

鉴于它们在生物反应器和生物传感器等领域的良好应用前景，高分子分离膜的制备及其酶固定化研究在近几十年来备受关注。

Polymer membranes for enzyme immobilization have attracted much attention in recent years , especially in the fields of bioreactor and biosensor .

本文对压力驱动膜过程中所用到的荷电高分子分离膜的分离机理、制备方法、表征手段以及影响荷电膜分离性能的因素进行了综述。

The mechanism of transport , preparation methods , and characterizing methods of charge performance for charged polymer separation membranes , by pressure as driven force , were reviewed . In addition , the main factors affecting the separation performance of the charged polymer membranes were discussed .

高分子气体分离膜材料的化学结构与气体透过性能之间的关系

Relationship Between the Chemical Structure and Permselectivity in Polymeric Gas Separation Membrane

高分子合金分离膜材料及结构研究进展

Research advances in polymer alloy membrane materials and structures

膜材料液相共混制备高分子合金分离膜不但可以调节膜材料与被分离物的亲和性，也在一定程度上改变了膜的结构。

Liquid phase blend is an effective method for modifying the membrane materials and optimizing the membrane performances .

聚合物材料合金化是改善膜性能，拓宽膜材料使用范围的一种有效手段。聚合物间的相容性是影响高分子合金分离膜结构与性能的重要因素。

Polymer alloy provides an effective and easy approach on modifying membranes material properties and widening membranes applications , because the compatibility of polymer compounds affect both the structure and performance of polymer alloy membranes significantly .

高分子油气分离膜已广泛应用于变压器在线监测仪中，但这些膜的气体渗透率比较低，导致在线监测仪的响应时间和测量准确度不能令人满意。

Polymer films are widely used for oil-gas separation in transformer online monitoring equipment .

本文通过对多孔膜（包括高分子相分离形成膜、核孔膜、烧结陶瓷膜等）表面进行电镜照像和计算机图象分析，揭示了膜孔形的分形特性。

In this paper the fractal characteristics of membrane pores were revealed by electron microscopic image analysis of surface pores in membranes ( including polymer membranes prepared by phase conversion process , nuclepore membranes and ceramic membranes ) .