The pore structure of silica membranes remains almost intact after modification, and it's suitable for the application in hydrogen separation.
修饰后的二氧化硅膜孔结构没有显著的变化，可以应用于氢气分离等领域。
A palladium membrane carried on a porous ceramic substrate has excellent hydrogen separation performance and is generally prepared by a chemical plating method.
负载于多孔陶瓷基体上的钯膜具有优良的氢分离性能，一般采用化学镀法制备。
Because the cathode polarization effect more than a range, will lead to a large number of hydrogen, and separation coating becomes porous, rough, loose, scorched, even the powder, quality just drop.
因为阴极极化作用超过一定范围，会导致氢气的大量析出，从而使镀层变得多孔、粗糙、疏松、烧焦，甚至是粉末状的，质量反而下降。
Figure 17 is a scanning electron microscope view of a typical hydrogen embrittlement crack where separation occurs along grain boundaries.
图17示意了用电子显微镜扫描出的沿晶粒边界产生的氢脆裂纹。
A new separation and liquefaction of hydrogen at the same time by means of a new cryogenic separation method was presented.
提出采用新的低温分离法将焦炉气中的氢分离并同时液化，及分区液化和分段加压模型。
The principle of PSA and its application in the separation of hydrogen in ethylene plant are introduced. High purity hydrogen product has been successfully separated using PSA Technique.
介绍了变压吸附的分离原理及变压吸附技术在乙烯装置中分离氢气的应用，成功的分离出了高纯度氢气产品。
Various applications of gas separation membrane were reviewed in details, such as medical rich oxygen, air separation, water vapor separation, hydrogen recovery in refinery gas and so on.
叙述了介绍了气体膜分离技术在分离空气制备富氧、富氮，水蒸气、有机蒸汽的分离和氢气回收等工业领域的应用。
Inorganic hydrogen compounds, separation methods, and the applications in fuels.
无机氢化合物，其分离方法，及其在燃料中的应用。
Among all hydrogen isotope separation technologies, Thermal Cycling Absorption process (TCAP), a semi-continuous hydrogen isotope separation process, is of many unique advantages.
热循环吸附工艺(TCAP)是一种半连续的氢同位素分离方法，在分离氢同位素方面有许多独特的优越性。
Rapid separation between combustible gases and coexisted hydrogen sulfide has been studied in order to determine combustible gases by semiconductor sensor without poisoning.
含高浓度硫化氢的可燃性气体在用半导体传感器检测前必须分离。
The structured packing for the separation process of oil and water in the manufacturing of hydrogen peroxide is introduced.
介绍规整填料用于过氧化氢生产中的油水分离过程。
The principle of hydrogen transfer in catalysis-separation dehydrogenation membrane reactor designed by the authors is analyzed in detail.
分析了作者设计的新型催化-分离脱氢膜反应器的氢传递过程原理。
Membrane materials and separation mechanisms of membrane techniques for hydrogen purification were reviewed in this paper, and the application prospects were proposed.
简述了膜分离净化氢气的机理、使用的膜材料，并对其应用前景进行展望。
The results can be used to optimize alloy components, temperature, pressure and other experimental parameters for hydrogen purification and isotope separation.
该结果可用于优化氢纯化或氢同位素分离中使用的合金组份以及外加温度和气压等条件。
Recovery of ethylene from dry gas and utilization of ethyl benzene are described, and it is pointed out that recovery of hydrogen by the membrane separation and production of styr...
指出炼油厂采用膜分离技术回收氢及用催化裂化干气中的乙烯生产苯乙烯，是合理利用石油副产物的有效途径。
Industrial gases: air separation (oxygen plants), CO2 removal, hydrogen purification.
工业气：空气分离(制氧)，脱二氧化碳，氢气提纯。
A protective gas generation system is adopted with dissociation of liquid ammonia to get hydrogen and air separation to get nitrogen.
生产氢有多种方法：天然气的蒸气重整，水的电解，氨的分解，石油蒸馏和氯生产的副产品。
A protective gas generation system is adopted with dissociation of liquid ammonia to get hydrogen and air separation to get nitrogen.
生产氢有多种方法：天然气的蒸气重整，水的电解，氨的分解，石油蒸馏和氯生产的副产品。
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