Kinetic processes in quantized Bose-gases and analytical solution of boundary value problems

The kinetic equation is constructed describing a behaviour of Bose-gases with collision frequency propotional to molecular velocity. The analytical solution of the generalized Smolukhovski problem is obtained. In this problem the temperature gradient and the velocity of mass flow are given. The exact formulas for jumps of the temperature the gas, the concentration and the chemical potential are deduced. The analysis of the limiting cases show transition the quantized Bose-gas to classic or to degenerative case.