Zhorova A. Nonideal plasma transport coefficients.

The work deals with the transport coefficients of nonideal fully ionized plasma in the absence and in the presence of an external magnetic field. The calculated values of partially ionized plasma conductivity were compared with the experimental data. Built upon the solution of the kinetic Boltzmann equation by the Chapman-Enskoha method, just for weakly nonequilibrium gases and based on the decomposition of nonequilibrium correction to the particles distribution function into a series according to the complete system of Sonin orthonormal polynomials, the dependence of plasma electrical conductivity on nonideality and magnetization parameters was found. The convergence of Chapman - Enskoh process for different values of ions charge number and nonideality and magnetization parameters was analyzed. It was illustrated that under the Spitzer factor value tends to 1 for any value of the ion number. With the increase of Г the role of electron-electron collisions decreases. The law of Hall component maximum displacement with the increase of nonideality parameter was established.