Superconducting solenoid with a corrugated magnetic field for PLASMA CONFINEMENT

摘要

1. A superconducting solenoid with a corrugated magnetic field for plasma confinement, as well as analogs made of NbTi conductors, impregnated with epoxy resin and placed in a horizontal cryostat, wherein the inner diameter of the housing of the solenoid is used as the vacuum chamber wall, characterized in that it has the possibility creating a corrugated configuration of the magnetic field, consisting of three mirror cells, and also has a smooth change of the mirror ratio (corrugation) of the magnetic field by controlling the currents in the windings of the dual independent solenoida.2. A superconducting coil according to claim 1, characterized in that its design provides the ability to install several identical coils in series, to create an extended magnetic field of corrugated konfiguratsii.3. A superconducting coil according to claim 1, characterized in that its design provides power elements ensuring retention of the solenoid in the longitudinal direction at a greater effort occurs (up to 15 tons) along the axis of the magnetic field arising due to mutual attraction / repulsion of adjacent solenoidov.3. A superconducting coil according to claim 1, characterized in that the inner wall of the solenoid housing is also a vacuum chamber wall for the experiment, equipped with water cooling that protects against overheating of the solenoid and its exit from the mode superconductivity, a result of heating the walls of the plasma radiation.