分离膜的制备是应用这一技术的关键。
PE分离膜的制备在我国有着广阔的发展前景。
An extensive prospect was foreseen for preparing the separation membranes from PP and PE in China.
微滤分离膜能有效去除浊度和水体中的悬浮物。
Hollow fiber micro filtration membrane could remove the suspended solid and turbidity with high-efficiency.
血浆成分分离膜在双滤法血浆分离中起重要作用。
Plasma fractionation membrane is very important in double filtration plasmapheresis.
考虑了气体分离膜应用和气体传递机理的各种技术。
The various technologies for gas separation application and the gas transport mechanisms are reviewed.
调节有关制膜工艺参数即可获得特定用途的超滤分离膜。
The PAN-SS membrane for different usage can be acquired by changing related process parameter.
脉冲电沉积法可用于制备性能优良的电化学控制离子分离膜电极。
The results show that the NiHCF thin films formed on graphite substrates are suitable for electrochemically controlled ion separation(ECIS) processes.
血浆分离有多种方法，同时有多种材料可以用作血浆分离膜材料。
There are many methods used at plasma separation. On the same time, there are many materials that can be applied in plasma separation.
介绍了常见的几种高分子分离膜的特点以及在水处理领域的应用情况。
The characteristics of common macromolecule separation membranes and their application in water treatment are introduced.
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.
本文综术了近年来玻璃分离膜的制备工艺、性能及应用研究方面的进展。
The recent development of porous glass membrane is reviewed in this paper.
由于膜分离过程是一种省能型操作，近年来，气体分离膜的研究受到关注。
Membranes for gas separation have recently attracted much attention since membrane separation is one of the promising energy-saving operations.
综述了近期关于浸入沉淀相转化法制备聚合物分离膜的理论和实验研究工作。
New experimental and theoretical physical research related to the formation of polymer membranes by immersion precipitation of a polymer solution were reviewed.
采用SAF -化学絮凝-微滤分离膜组合工艺对高浓度生活污水进行处理。
SAF-chemical flocculation and micro membrane filtration combined process was adopted to treat the domestic wastewater with high pollutant concentration.
提出了一种以浓乳液聚合直接浇注制备新型有机硅类渗透蒸发分离膜的新方法。
A novel method of pervaporation separation polysiloxane membrane prepared via concentrated emulsion polymerization was proposed in this paper.
在阴极电泳涂装中，DM阳极隔膜是除去弱酸离子，保证电泳正常进行的特种分离膜。
The DM anode membrane is a polymer membrane specifically designed to remove acetic in electrodeposition coating tanks.
对接枝技术在聚合物分离膜的制备、改性、功能化和高性能化等领域的应用进行了总结。
The latest advances of the application of grafting on the modification, preparation and high performance procedure of polymer membrane were reviewed.
本文综述了近年来国内外有机溶剂混合物渗透汽化分离膜材料及成膜技术的最新研究进展。
This paper reviews the recent progress of membrane materials and membrane-forming technologies in the pervaporation separation of organic solvent mixtures in the world.
介绍了化学、等离子体、辐射和光化学等应用于聚合物分离膜领域的接枝技术的主要特点。
The grafting techniques applied in polymer membrane such as chemical, plasma, radiation and photochemical methods were introduced.
本文还对该选择性分离膜的选择透过性机制进行了探讨，分析了膜内可能存在的孔道形式。
The selective permeability mechanism of HSM and the forms of the channels in the HSM were also discussed in this paper.
全面介绍了废水处理中用到的陶瓷分离膜的制备、表征、操作条件的影响因素以及应用前景。
Separate membrane used in wastewater treatment along with their manufactory, characteristics, operation conditions and further development are discussed.
膜分离是工业上能耗最低的一种分离过程，选择合适的膜材料和制膜工艺，一直是分离膜研究的核心。
Membrane separation is the lowest energy consumption separation, choosing the suitable membrane material and making technology is the key of separation membrane study.
乙醇-水混合物的分离膜可以分成二类：亲水性膜和亲乙醇膜。使用若干物理方法可改进渗透气化过程。
The membranes for separation of ethanol water mixturecan be divided into two types:hydrophilic and hydrophobic.
全面综述了近几年气体分离膜研究的最新进展，主要包括气体分离膜材料、制膜方法、表征方法三个方面。
This review is focused on the recent progress in the researches and developments of the gas separation membranes including membrane materials, preparation methods and characteristics.
对高性能聚合物功能化及分离膜、导电、非线性光学、透光材料等功能材料的研究进展作了较为详细的介绍。
The recent progress in the fnctional high performance polymers and their uses as separating membrane, conductive polymers, nonlinear optics and transparent materials is described.
该产品具有高聚合物分离膜无法比拟的优点，是近年来代替PP、PE、PES、PTFE等滤芯的理想产品。
This product has the merit that the high polymer separation membrane can't compare with, which is the ideal product to replace PP, PE, PES, PTFE recent years.
随着高分子合成技术的进展，利用高分子的分子设计，改善分离膜性能，并赋予其新的功能正逐渐受到了重视。
With the development of polymer synthesis technology, it is of more and more value to improve the character of membrane and entitle membranes with new functionality, using macromolecule designation.
对该膜进行扫描电镜测试，结果表明高选择性分离膜中存在较为规整的孔结构，且与模板分子在大小和形状上相匹配。
The scanning electron microscope (SEM) tests of HSM showed that there were regular channels with corresponded pore sizes matched with the template molecules in the HSM.
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。表面活性剂改性法可以改善膜表面的亲水性，提高了膜的通量；
The modification methods of polymer membrane materials was reviewed. In order to improve hydrophile and flux of membrane , it can be use the surfactant modified membrane.
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。表面活性剂改性法可以改善膜表面的亲水性，提高了膜的通量；
The modification methods of polymer membrane materials was reviewed. In order to improve hydrophile and flux of membrane , it can be use the surfactant modified membrane.
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