EFFECT OF TOP LAYERa€?S MATERIAL AND FLOW DIRECTION ON MASS TRANSFER THROUGH MULTI-LAYER CERAMIC MEMBRANES

A Hussain; A Seidel-Morgenstern; E Tsotsas

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EFFECT OF TOP LAYERa€?S MATERIAL AND FLOW DIRECTION ON MASS TRANSFER THROUGH MULTI-LAYER CERAMIC MEMBRANES

机译：顶层材料和流动方向对多层陶瓷膜传质的影响

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The influence of top layera€?s material of membrane and flow direction on gas transport has been investigated. Asimulation analysis has been done to study the influence of the material of permselective layer (top membrane layer),temperature and the direction of gas flow on the mass transfer through a composite membrane. Dusty gas model forsingle gas permeation has been used to study these effects. It is obvious from analysis that apart from top layera€?smaterial, flow direction have also an influnce on the mass transfer though composite membrane

机译：研究了顶层的膜材料和流向对气体传输的影响。进行了仿真分析，以研究渗透选择层（顶层膜层）的材料，温度和气体流动方向对通过复合膜的传质的影响。用于单个气体渗透的Dusty气体模型已用于研究这些影响。从分析中可以明显看出，除了顶层材料外，流向还对复合膜的传质产生影响。

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《Canadian Journal of Pure and Applied Sciences》 |2009年第3期|共8页
作者
A Hussain; A Seidel-Morgenstern; E Tsotsas;
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EFFECT OF TOP LAYERa€?S MATERIAL AND FLOW DIRECTION ON MASS TRANSFER THROUGH MULTI-LAYER CERAMIC MEMBRANES

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