Laminar Boundary Layer in the Channels of Nuclear-Pumped Flowing Lasers

The paper deals with the analytical solution of the problem on the laminar hydrodynamic thermal boundary layer with internal heat release, formed in a flat channel with a nonuniform wall temperature under conditions of steady-state flow of compressible gas irradiated by fission fragments. Subsonic velocities of pumping flow are treated, which are much lower than the velocity of sound.