1) hydrogen separation
氢气分离
1.
The present paper reviews in detail the latest development of the strategies to enhance the hydrophobic properties of microporous silica membranes and their potential application in hydrogen separation.
综述了提高微孔二氧化硅膜疏水性的方法以及微孔二氧化硅膜材料在氢气分离方面的应用。
2) hydrogen separation cooler
氢气分离冷却器
3) hydrogen separation unit
氢气分离设备
1.
The brilliant history that Dalian Chemical Plant has designed and developed air separation unit and hydrogen separation unit since 1952,the first set of air separation unit with treatment of 6800 m3/h air and hydrogen separation unit with treatment of 8800 m3/h feed gas went into operation in 1953 and 1955 successively is reviewed.
叙述了建国初期大连化学厂遵照原东北人民政府工业部化学工业管理局1951年下达的《对大连化学厂三年恢复建设的原则决定》第2项"空分及氢分的设备全部自行设计试制"布署,自1952年开始自主设计试制空气分离设备和氢气设备,并相继于1953年7月12日,我国首套处理空气量6800m3/h空气分离设备制成投产;1955年,我国首套处理原料气量8800m3/h氢气分离设备制成投产的光辉历程。
4) free hydrogen gas
游离氢气
5) hydrogen separation
氢分离
1.
Composite palladium membranes for hydrogen separation had been studied widely in recent years.
氢分离用复合钯膜是目前材料研究中的一个热点。
2.
In view of the concentration polarization problem in the separation process of hydrogen by the palladium membrane, the mathematics modelling method was used to investigate the hydrogen separation by a high performance palladium membrane.
针对钯膜分离氢过程中出现的浓差极化问题,运用数学建模的方法对高性能透氢钯膜氢分离过程进行了研究。
3.
Fabrication and characterization of Pd/porous TiA1 alloy composite membrane for hydrogen separation;
退火后复合膜的氢分离性能为:在温度为500℃、压差为0。
补充资料：超小型氢气分离膜组件
超小型氢气分离膜组件
超小型氢气分离膜细件(黄乍．酃分为中空纤维膊) 中目抖学％化学研￡qf*稿
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条