“DYNAMIC GAS TRANSPORT IN POROUS BIDISPERSED ALUMINA”
Abstract
This paper deals with mathematical and numerical study of dynamic gas transport in porous bidispersed alumina. In this study we have compared transport parameters optimized on the basic assumptions of Mean Transport Pore Model {MTPM] and Dusty Gas Model [DGM].By concluding it can be said that the method of transport parameters optimization of experimental pressure responses from the Wicke-Kallenbach diffusion cell using the theoretical models MTPM and DGM was applied to the binary gas transport in porous bidispersed alumina.
References
Gargo, V., Santosh, A and Brey, J.J. 1989 A kinetic model for a multi component gas
Gebhart, B. 1962 J.Fluid Mech., 14:225-32
Gbhart, B. 1961 Trans. ASME. J. Heat Transfer, 83,C; 61-70
Michael, D.H. 1968 J. Fluid Mech., 32:175
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