Mass Transfer Lecture Notes
This note covers the following topics: Molecular mass transport, Properties of Mixtures, Diffusion flux, Fick’s law, Relation among molar fluxes, Diffusivity, Diffusivity in liquids, Steady State Diffusion, steady state diffusion through a stagnant film, Diffusion in solids, Convective Mass Transfer, Convective Mass Transfer Coefficient, Application of Dimensionless Analysis to Mass Transfer, Convective Mass Transfer Correlations, Single Sphere, Single Cylinder, Flow Through Pipes, Mass transfer between phases, Simultaneous Heat and Mass Transfer, The Wet – bulb Thermometer.
Author(s): M. Subramanian
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When a system contains two or more components whose concentrations vary from point to point, there is a natural tendency for mass to be transferred, minimizing the concentration differences within a system. The transport of one constituent from a region of higher concentration to that of a lower concentration is called mass transfer. The topic in these notes are as follows : Introduction to Mass Transfer, Humidification, Drying, Crystallization, Membrane Seperation.
Author(s): School of Bio and Chemical Engineering, Department of Chemical Engineering, Sathyabama Institute of Science and Technology
106 Pages
This note covers the following topics: Molecular mass transport, Properties of Mixtures, Diffusion flux, Fick’s law, Relation among molar fluxes, Diffusivity, Diffusivity in liquids, Steady State Diffusion, steady state diffusion through a stagnant film, Diffusion in solids, Convective Mass Transfer, Convective Mass Transfer Coefficient, Application of Dimensionless Analysis to Mass Transfer, Convective Mass Transfer Correlations, Single Sphere, Single Cylinder, Flow Through Pipes, Mass transfer between phases, Simultaneous Heat and Mass Transfer, The Wet – bulb Thermometer.
Author(s): M. Subramanian
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