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GAS PERMEATION THROUGH COMMERCIAL MICROPOROUS NICKEL MEMBRANES
作者姓名:AN Wei-Zhu CHEN Yi-JunChengdu Institute of Organic- ChemistryAcademia SinicaChengdu  Sichuan
作者单位:AN Wei-Zhu CHEN Yi-JunChengdu Institute of Organic- ChemistryAcademia SinicaChengdu,Sichuan 610015
基金项目:The project was supported by the National Natural Science Foundation of China
摘    要:An experimental study of gas permeation through a commercial microporous nickel membrane was carried out. The membrane used in the study has an asymmetrical two-layer structure with an effective pore diameter of 20 nm, a porosity of about 37% and a total thickness of about 50 urn. The permeabilities of pure H2, N2, CH4, CO, CO2 and Ar through the membrane were measured at various temperatures (range 298 - 573 K) and pressures (range 5 - 86 kPa). The temperature influence on the membrane structure was also initially analysed by a DSC method.


GAS PERMEATION THROUGH COMMERCIAL MICROPOROUS NICKEL MEMBRANES
AN Wei-Zhu CHEN Yi-JunChengdu Institute of Organic- ChemistryAcademia SinicaChengdu,Sichuan .GAS PERMEATION THROUGH COMMERCIAL MICROPOROUS NICKEL MEMBRANES[J].Journal of Natural Gas Chemistry,1995(1).
Authors:AN Wei-Zhu CHEN Yi-JunChengdu Institute of Organic- ChemistryAcademia SinicaChengdu  Sichuan
Institution:AN Wei-Zhu CHEN Yi-JunChengdu Institute of Organic- ChemistryAcademia SinicaChengdu,Sichuan 610015
Abstract:An experimental study of gas permeation through a commercial microporous nickel membrane was carried out. The membrane used in the study has an asymmetrical two-layer structure with an effective pore diameter of 20 nm, a porosity of about 37% and a total thickness of about 50 urn. The permeabilities of pure H2, N2, CH4, CO, CO2and Ar through the membrane were measured at various temperatures (range 298 - 573 K) and pressures (range 5 - 86 kPa). The temperature influence on the membrane structure was also initially analysed by a DSC method.
Keywords:inorganic membrane  nickel membrane  gas permeation
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