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Influence of a Slight Nonuniformity of the Magnetic Field on MHD Convection
Asymptotic Properties of Dynamo Waves D Sokoloff M Fioc and E NesmeRibes 18
Magnetic Field Generation by the Axisymmetric Conducting Fluid Flow in a Spherical
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analysis approximation asymptotic asymptotic analysis axial axis axisymmetric azimuthal blanket boundary conditions boundary layer calculated channel characteristic coefficient concentration configuration considered constant convection core corresponding cross section crystal growth curve cylinder decrease density dependence dimensionless divertor droplet dynamo wave effect electric current electrical conductivity electrodes electromagnetic force energy equation experimental fluid flow Fluid Mech geometry Gidrodin gradient Hartmann layer Hartmann number heat flux heat transfer helical hydrodynamic increase induced inductor instability interaction parameter interface investigation linear liquid metal longitudinal Lorentz forces Magn Magnetohydrodynamics Magnitnaya Gidrodinamika maximum melt mercury meridional meridional flow MHD flow nondimensional nonlinear nonuniform Nusselt Nusselt number obtained perturbations phase plane potential presented pressure drop problem ratio regime region Reynolds number rotating magnetic field simulation solution stream function structure symmetry thermal thickness toroidal turbulent two-dimensional two-phase flow variables velocity fluctuations velocity profile viscosity vorticity wall zero