ANALYTICAL SOLUTION OF THE COUETTE FLOW PROBLEM FOR MOLECULAR GASES
An analytic solution to the problem of the Couette flow for molecular gases is constructed using the kinetic approach in the isothermal approximation. Structures of mass speed of gas and vector of a stream of heat in the channel are constructed. The mass and heat fluxes falling to the unit of channel width as well as the nonzero component of the viscous stress tensor are calculated. The results are compared with analogous data obtained for unstructured one-nuclear gases.