Thermal physics investigation of alternate systems with D-3HE plasma

This paper presents the thermal physics investigation of alternate systems with D-3He plasma. High temperature plasma confined by poloidal magnetic field with taking into account reactors features based on helium-3 cycles is analysed. Processes model of field-reversed configuration plasma is developed. Multifactors investigation of improved confinement regimes and optimization of fusion plasma and deuterium-helium-3 commercial reactor (fusion power plant) parameters are presented. Magnetic fusion rocket model is worked out and compared with magnetic fusion experiment, magnetized target fusion and inertial confinement fusion.