INFLUENCE OF THE HOMOCHRONISM NUMBER OF THE LIQUID IN A SPHERICAL LAYER ON THE HEAT EXCHANGE IN IT AND ITS MAGNETIC HYDRODYNAMICS

Results of numerical simulation of the nonstationary convective heat exchange in the electrically conducting liquid fl owing in the space between two concentric isothermal spheres are presented. The infl uence of the homochronism number of the liquid on the structure of its fl ow, the temperature and magneto-induction fi elds in it, and the distribution of local Nusselt numbers in the spherical liquid layer was investigated.
   
Author:  S. V. Solov′ev
Keywords:  mathematical simulation, nonstationary convective heat exchange, homochronism number, Joule heat dissipation, magnetic hydrodynamics, spherical liquid layer
Page:  567