Crossflow gas-particle heat and mass transfer and chemical reaction
β Scribed by Potter, Owen
- Book ID
- 118005656
- Publisher
- Institution of Chemical Engineers
- Year
- 2013
- Tongue
- English
- Weight
- 637 KB
- Volume
- 91
- Category
- Article
- ISSN
- 0263-8762
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π SIMILAR VOLUMES
By using only well-defined measurable thermodynamic quantities, the entropy production by heat, mass and charge transfer in a discontinuous and a continuous system is derived. The derivation follows the principle that thermodynamic derivations should in general he carried out as far as possible with
We consider single-phase and multiphase disequilibrium processes in presence of nonlinear heat and mass transfer as well as chemical or electrochemical reactions. An approach accepted distinguishes in each elementary process, diffusive or chemical, two competing (unidirectional) fluxes. They are equ
NOMENCLATURE a semimajor axis of particle (m) b, c semiminor axes of particle (m) C concentration of oxygen (mol m -3) Co oxygen concentration in bulk gas stream (kg m -3) C1 constant of integration C2 constant of integration D diffusion coefficient (m 2 s -l) dp particle diameter (m) h heat transfe