Thermodiffusion effects in electron heating of a magnetized plasma by the field of a RF electromagnetic source

Distribution of concentration and temperature of electrons of magnetized plasma heterogeneities of finite dimensions during local heating of the plasma electron component through the field of the high-frequency electromagnetic source is studied. Difference in the plasma redistribution dynamics for weakly-ionized and partially ionized plasma is analyzed. The three-dimensional numerically obtained distribution of the longitudinal component of the vortex electron current, flowing by the disturbed and background plasma, is presented