膜的

Then membrane"s properties of polymer were studied via different dosage and adding ways of MATS. While the MATS" amount is 5% of polysiloxane, its hydrophile angle is bigger than 90?

其次研究了硅烷偶联剂MATS对乳液膜性能的影响，MATS用量为聚硅氧烷的5％，涂膜润湿角大于90°，涂膜的憎水性好。

The silicone rubber membrane used in SRMBR is a polymer-made non-porous material. It is hydrophobe and non-permeable to inorganic salt, and has the high selective ethanol permeability. Compared to the conditional separation technology, the pervaporation through SRM has the advantages of low-cost and low-pollution, especially applicable to separating volatile matter from organic matter-water system or organic-organic matter system.

其中的硅橡胶膜作为一种均相聚合物材料无孔膜，具有不透无机盐成分、疏水和对乙醇有较高选择透过性等特点；与传统分离技术相比，硅橡胶膜的渗透蒸发分离过程具有低能耗、污染少等优点，尤其适用于在有机物-水或有机物-有机物体系中分离挥发性有机物组分，现已用于发酵下游产物分离处理的试验研究中，并取得初步成效。

Moisture and temperature on water-soluble film, Business card printing and membership card-making workshop to constant temperature and humidity, or because of the role of water, letoff business card printing and membership card making film easy counterproductive sticky stretch phenomenon, resulting in a large amount of waste film; business card printing and membership card making, oven temperature does not allow more than 50 degrees, or arise as a result the stretch film malcacia misregister.

水分及温度对水溶性膜的影响较大，制卡和会员卡制作车间最好能够恒温恒湿，否则由于水分的作用，收卷制卡和会员卡制作膜易出现反粘，拉伸现象，造成膜的大量浪费；制卡和会员卡制作时，烘道温度不允许超过50度，否则会出现因薄膜软化拉伸而造成套印不准。

It was found that silicalite-1 and β zeolite membranes both possess fairly good separation performance for PhOH/H2O, and C6H6/H2O and that the performance of β membrane for PhOH/H2O is better than that of silicalite-1 one.

结果表明：Silicalite-1和β沸石分子筛复合膜均具有明显的分离性能；在分离苯酚溶液时，β分子筛膜的性能优于Silicalite-1分子筛膜，两者的平均脱除率分别为69.9%和51.5%。

It was found that silicalite-1 an d β zeolite membranes both possess fairly good separation performance for PhOH/ H2O, and C6H6/H2O and that the performance of β membrane for PhOH/H2O is better than that of silicalite-1 one.

结果表明： Silicalite-1和β沸石分子筛复合膜均具有明显的分离性能；在分离苯酚溶液时，β分子筛膜的性能优于Silicalite-1分子筛膜，两者的平均脱除率分别为69.9％和 51.5％。

Three part of MEA were investigated and found that high protonic conductivity was conrresponding to thinner membrane.

对膜的组件的三个组成部分进行研究表明：质子交换膜厚度越薄，反应过程中产生质子经过膜的传递阻力越小。

The existence of titanium dioxide and titanyl sulfate reduces the corrosion of zinc deposits.

结果发现：钛的加入能明显提高钝化膜的耐蚀性，这是由于钝化膜中形成二氧化钛和硫酸氧钛，它们掺杂在钝化膜及其腐蚀产物中，有效抑制了锌镀层的腐蚀。

The important results were gained. The unique of SCF thickness is very important factor. The drying means should be the combination of rotating and unrotating dryings.

结果表明，涂膜均匀是基本保证；膜的干燥方式以室温下回转干燥加静止干燥这样的缓慢干燥方式为佳，有利于得到结构密实的阴极涂膜。

The effect of quantity of water and peptizing acids, temperature and time of reaction on the stability of boehmite sol was analyzed. The influence of filming, gel drying and calcinating processes and template agent on the preparation of γ-Al2O3 NF membrane with excellent quality was discussed in detail.The structure ofγ-Al2O3 NF membranes were studied by N2 absorption and desorption test.

分析了加水量、酸用量、反应温度和时间对伯姆石溶胶稳定性的影响，讨论了涂膜过程、凝胶干燥过程、焙烧过程以及成膜助剂对获得高质量的γ-Al2O3NF膜的影响。

Then it retracts back again to the base due to the electrolyte concentration increasing or water penetrating.

第二类myelin的形成是由于心磷脂层状膜在溶胀过程中，由于膜间压过大造成了平面膜向管状膜的转变，是热力学驱动的生长。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。