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WU Pingdong
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吴平东
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Abstract: A new technique for measuring simultaneously adsorption rate and temperature variation in zeolite hasbeen developed.The transient temperature process during adsorption of gas on zeolite was analyzed by meansof a simple model.It was found that the diffusion of gas in zeolite crystallines could be made almost iso-thermal if the experimental conditions were appropriately designed.Thus the thermal effect on determinationof diffusion coefficient of gas in zeolite could be neglected.
摘要: A new technique for measuring simultaneously adsorption rate and temperature variation in zeolite hasbeen developed.The transient temperature process during adsorption of gas on zeolite was analyzed by meansof a simple model.It was found that the diffusion of gas in zeolite crystallines could be made almost iso-thermal if the experimental conditions were appropriately designed.Thus the thermal effect on determinationof diffusion coefficient of gas in zeolite could be neglected.
WU Pingdong. THERMAL EFFECT ON DIFFUSION OF GASES IN ZEOLITES[J]. .
吴平东. THERMAL EFFECT ON DIFFUSION OF GASES IN ZEOLITES[J]. CIESC Journal.
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https://hgxb.cip.com.cn/EN/Y1986/V1/I1/57