Аннотация
In this paper initial-boundary value problems for movement equation of viscous heat-conducting gas considering magnetic field are investigated. Besides, a transition from the main three-dimensional equation to an Eulerian variable and a subsequent Lagrangian coordinate is shown. For equations of the heat-conducting gas in the magnetic field, a unique solvability is proved in a case when a flow domain does not include an axis (point) of symmetry. The movements with cylindric and spherical waves are considered simultaneously.