Modeling of Rotatory Flows in the Plasma Accelerator Channel with Longitudinal Magnetic Field
The numerical model of two-dimensional flows in coaxial channels of plasma accelerators is considered in presence of the longitudinal magnetic field. Computations are based on the MHD-equations taking into account the Hall effect, electrical conductivity tensor. The analytical and numerical solutions are analyzed and compared with reference to steady-state plasma flow in case of the ion current transport.
Mathematical modelling in actual problems of science and technics