Develop a model equation, in final, integrated algebraic form, to determine the total transfer rate of ethylene

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Develop a model equation, in final, integrated algebraic form, to determine the total transfer rate of ethylene WA, units mole A/time, product of flux and surface area) into the cylindrical catalyst pellet. The model equation should include terms for the diffusion coefficient (D Ae), the dimensions of the pellet (Ro, R1, L), and concentration of ethylene. If the required transfer rate of ethylene. If the required transfer rate of ethylene (A) into a single pellet is 9.238 X 10-6 gmole/s, what is the required R1, in units of cm, if the catalyst surface is fixed at R= 0.5 cm? It will also be necessary to calculate the effective diffusion coefficient as part of the problem solution.

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Fundamentals Of Momentum Heat And Mass Transfer

ISBN: 9781119723547

7th Edition

Authors: James Welty, Gregory L. Rorrer, David G. Foster

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