MODELING OF TIME BEHAVIOR OF H, H-2 NEUTRAL DENSITIES, AND H-alpha LINE INTENSITY IN THE RF PLASMA OF THE URAGAN-3M TORSATRON

In this paper, the results of computer simulation of time behavior of hydrogen atoms and molecules in the plasma produced by RF power in the Uragan-3M torsatron are presented. The evolution of the density of fast charge-exchange H atoms, slow H atoms, H atom population on the chamber walls, the intensity of the Ha line, and the H-2 gas density and pressure has been studied using the system of differential equations.