Transfer Phenomena in Magnetohydrodynamic and Electroconducting Flows | Selected papers of the PAMIR Conference held in Aussois, France 22–26 September 1997 | ISBN 9789401060028
Special Contribution on Magnetic Fluids.- Thermal diffusion and particle separation in ferrocolloids.- I - MHD Flows and Turbulence.- Geodynamo and MHD.- Velocity profile optimization for the Riga dynamo experiment.- Magnetohydrodynamic flows around bodies in strong transverse magnetic fields.- On MHD turbulence models for simulation of magnetic brakes in continuous steel casting processes.- Absolute and convective MHD stability of a capillary liquid metal jet with azimuthal velocity.- Quasi-two-dimensional turbulence in MHD shear flows: the MATUR experiment and simulations.- Transport of momentum and heat in oscillatory MHD flow.- Roads to turbulence for an internal MHD buoyancy-driven flow due to a horizontal temperature gradient.- II - Electrochemical Problems with or without Magnetic Fields.- A model of the anode from the chlorate cell.- Sodium chlorate electrosynthesis cell under natural convection: simulation of the transient and steady state working behaviour.- MHD and micro-MHD effects in electrochemical systems.- Analysis of MHD effects on electrochemical processes: experimental and theoretical approach of the interfacial phenomena.- Enhancement of electrolytic mass transfer around cylinders by exposure to switching magnetic fields.- Laminar developing mass transfer in annulus with power law-fluids.- Study of near wall hydrodynamics and mass transfer under magnetic field influence.- Motions and mass transfer in a mercury coreless induction furnace.- Sea Water MHD: Electrolysis and gas production in flow.- III - MHD in Metallurgy and Crystal Growth.- Thermoelectric magnetohydrodynamic effects during Bridgman semiconductor crystal growth with a uniform axial magnetic field: large Hartmann-number asymptotic solution.- Experimental and numerical analysis of the influence of a rotating magnetic field on convection in Rayleigh-Bénard configurations.- Numerical solutions of moving boundary problem with thermal convection in the melt and magnetic field during directional solidification.- Effect of a steady magnetic field and imposed rotation of vessel on heat and mass transfer in swirling recirculating flows.- On the stability of rotating MHD flows.- Dynamics of an axisymmetric electromagnetic ‘crucible’ melting.- Measurement of solute diffusivity in electrically conducting liquids.- Magnetic control of convection in liquid metal heated from above.- IV - Energetic Applications.- Channel design influence on stability and working characteristics of induction MHD pump.- Contrast structures and rotating stall in MHD flows.- Nonequilibrium plasma MHD power generation with FUJI-1 blow-down facility.
