Preface. Introduction. Linear Mass Transfer Theory. Model theories. Boundary layer theory. Immobile phase boundary. Moving phase boundary. Counter-current flow. References.
PART 1: Systems with Intensive Interphase Mass Transfer.
Specifics of the Hydrodynamic Conditions of the Intensive Interphase Mass Transfer. Influence of the intensive interphase mass transfer on hydrodynamics. Boundary conditions of the non-linear mass transfer problem. Gas (Liquid)-Solid System. Non-linear mass transfer in the boundary layer. Heat transfer in the conditions of non-linear mass transfer. Multicomponent mass trasfer. Non-linear mass transfer in the entrance region of a channel. Gas-Liquid and Liquid-Liquid Systems. Non-linear mass transfer in the gas and in the liquid boundary layer. Multicomponent interphase mass transfer in the case of an intensive mass transfer in the gas. Non-linear interphase mass transfer between two liquids. Gas-Falling Liquid Film-Solid Surface System. Non-linear interphase mass transfer between the gas and the falling liquid film. Non-linear effects in the case of a multicomponent interphase mass transfer between the gas and the liquid film. Effects of Concentration and Temperature on the Non-Linear Mass Transfer. Concentration effects. Influence of the high concentration on the mass transfer rate. Non-linear mass transfer and Marangoni effect. References.
PART 2: Electrochemical Systems with High Intensity Electric Currents.
Fundamentals of the Kinetic Theory of Transport of Mass and Charge in Electric Systems. Method of the self-consistent field. Transport of neutral molecules in the self-consistent field of the double electric layer. Method of the local thermodynamic equilibrium. Anodic Metal Dissolution in an Electrolyte Flow. Dissolution of surfaces equi-accessible with respect to the ioni