本文研究的对象是4A型分子筛膜。
综述了沸石分子筛膜的合成方法和应用。
Synthesis methods and applications of zeolite membranes were reviewed.
综述了沸石分子筛膜近年来制备研究的进展；
The progress on the synthesis of zeolite molecular sieve membrane has been reviewed in this paper.
炭分子筛膜是一种新型的无机膜，具有许多优异的性能。
Carbon molecular sieve membrane (CMSM), a new kind of inorganic membrane, has many excellent performances.
通过制备条件的控制，所制得的管式多孔纤维分子筛膜的分离能力显著。
Through the control of the preparation conditions, the separation capability of the prepared tubular porous fiber molecular sieve membrane is significant.
本文讨论了依多孔载体载引入阶段的不同而形成的一系列分子筛膜合成方法。
Various methods of zeolite membrane synthesis were discussed and classified by the stage introducing the support membrane.
首次采用一次原位水热晶化法在多孔陶瓷载体表面成功制备出TS - 1沸石分子筛膜。
The TS-1 zeolite membrane was successfully obtained on the ceramic carriers by one-step in-situ hydrothermal synthesis.
目前提供了一个高密度结晶分子筛膜在多孔基质它执行通量和分离的平衡能力，生产方式。
There is provided a method for the production of dense crystalline zeolite membrane on a porous substrate which performs flux and separation capability in balance.
最后由阿累尼乌斯公式计算了气体透过炭分子筛膜的活化能，进一步说明气体透过机理为活化扩散。
The permeation apparent activation energies were calculated according to the Arrhenius equation, and indicated the gas diffusion mechanism was molecular sieving.
最后考察了不同的合成条件包括碱度、晶化温度、多孔载体膜的孔径大小及其予处理方法对分子筛膜的影响。
The effects of preparation conditions such as alkalinity, crystallizing temperature, pretreated method and pore size of the support membrane, on zeolite membrane were also investigated.
分离结果表明，所合成的介孔分子筛膜对空气具有一定的分离性能，其分离空气的机理为努森扩散和压力扩散共同作用的结果。
The result shows that the molecular sieves membrane has rather separation performance for N2 and Oa and its separation mechanism is the interaction of Knudsen diffusion and pressure diffusion.
用一般分子筛敏感膜对有机气体的研究已有报道。
The study of the sensor based on the conventional zeolite film to detect the inorganic gas has been reported previously.
介孔分子筛纤维的直径和长度分别对应于阳极氧化铝膜的孔径和厚度。
The diameter and length of mesoporous fibers is corresponding to pore diameter and thickness of AAO membrane.
本文综述了分子筛复合膜的制备方法，介绍了分子筛复合膜在混合气体分离中的应用及分离机理。
The preparation of zeolite composite membranes has been reviewed in details. Their application in gas separation and the mechanism of separation have been discussed briefly.
简述了分子筛炭膜的特点、制备及气体的透过机理。
Characteristics, preparation and gas permeation mechanism of molecular sieve carbon membranes are discussed.
将夸克底的前6项原料混合，然后筛入面粉和烤粉，混合拌匀成团。用保鲜膜包好入冰箱松弛30分钟。
Combine first 6 items for the dough, then sift in the flour and baking powder. Mix until it is completely incorporated. Wrap and chill for 30 minutes.
提示尿nag活性测定可作为间接反映肾小球滤过膜功能、筛查糖尿病早期肾病的一项敏感指标。
All these suggested that the determination of urinary NAG activity can be used as a sensitive indicator predicting early diabetic nephropathy.
钛硅分子筛掺杂制备的功能炭膜的气体渗透性能随测试温度的改变有明显变化，而测试压力对其没有显著影响。
The functional membrane prepared with nano-charcoal powders improves the CO2 permeability more or less, but has little effect on other gases.
钛硅分子筛掺杂制备的功能炭膜的气体渗透性能随测试温度的改变有明显变化，而测试压力对其没有显著影响。
The functional membrane prepared with nano-charcoal powders improves the CO2 permeability more or less, but has little effect on other gases.
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