Validity of solid-side mass diffusivity in simulation of water vapor adsorbed by silica gel in packed beds
Author:
Publisher
Elsevier BV
Subject
General Engineering,Condensed Matter Physics
Reference10 articles.
1. Moisture transport in silica gel packed beds—I;Pesaran;Internat. J. Heat Mass Transfer,1987
2. Moisture transport in silica gel packed beds—II;Pesaran;Internat. J. Heat Mass Transfer,1987
3. Design and testing of thin adiabatic desiccant beds for solar air conditioning applications;Clark;J. Solar Energy Engrg.,1982
4. Modeling and testing of a silica gel packed-bed system;San;Internat. J. Heat Mass Transfer,1994
5. Adsorption of toluene on activated carbon in a packed bed;San;Internat. J. Heat Mass Transfer,1998
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