Dynamically controlled thermonuclear fusion (TLTS) METHOD FOR ITS IMPLEMENTATION gravitational field with the plasma confinement, INSULATED WALL REACTOR BY THERMAL RADIATION PLASMA prevent NEUTRON IRRADIATION AND SAVE MIXING magnetic field and plasma, ASYNC MAGNETIC inertial confinement REACTOR WITH ROTATING MAGNETIC FIELD (AMITYAR WITH HFM) FOR IMPLEMENTING THIS METHOD, METHOD FOR IGNITING A THERMONUCLEAR REACTION IN THIS REACTOR, EXPLOSIVE-INERTIAL PLASMOGENERATOR (VIP) FOR ITS IMPLEMENTATION, AND ALSO DETERIER-T RITIUM AMPIET WITH HFM FOR IMPLEMENTATION OF THE D + T REACTION AND HYPERTHEMPERATURE AMITYAR WITH HFM FOR IMPLEMENTATION OF THE HYPERTEMPERATURE REACTIONS D + 3НЕ AND 1Н + 11В

摘要

1. Deuterium-tritium Asynchronous Magnetic-Inertial Thermonuclear Reactor with a Rotating Magnetic Field (DT.AMITYAR with VMP), designed to carry out Dynamically Controlled Thermonuclear Fusion (DUTS), including a steel case with coils of a superconducting winding system of a rotating magnetic field, force walls, vacuum chamber, blankets, porous walls, cylindrical cavity, channels for injection of solid thermonuclear fuel, channels for pumping out tritium, cryostat with liquid nitrogen, in which the diesel fuel is immersed. a stator made of stamped sheets of electrical steel in the form of rings with a hole in the center with grooves for a superconducting winding of a rotating magnetic field, while on the poles of the cylindrical cavity of this core-stator in front of the side internal load-bearing walls there are circular blankets with a hole in the center and porous inner walls for the utilization of neutron energy, and channels with divertor plates on the inner surfaces pass through the center of the circle of both blankets at the poles, which serve for direct conversion of the energy of charged plasma particles supplied through these channels to MHD generators and then to the steam turbine cycle system behind the poles reactor, while on the channels themselves at the poles there are solenoid coils that surround these channels along the perimeter, creating and disconnecting magnetic plugs in these channels at the poles periodically between injections of solid thermonuclear (i.e.) fuel into the reactor through