FIELD: power engineering.
SUBSTANCE: invention discloses the gas flow kinetic energy development, that is, jet exhaust. The ions, fuel nuclei, collective-field accelerated by high-current beams of controlled range (approx. 0.05-200 keV) in linear mode of high-power ion beam of 1-10 MeV bombard the gaseous fluid target, a cold flow, to be injected into the combustion chamber near wall space at overpressure of approx. 0.1-1 MPa. The energy of ion beam ENM is lower than coulomb threshold EC but sufficient for resonance formation of nuclear molecules from nuclei of initial components of ion beam and target. Most probable nuclear molecules decay channels are exothermic. Said compound-synthesis is used jointly with ponderomotive deceleration of ionised working fluid by MHD-generator as a magnetic multi-plug trap in the zone of maximum energy of high-power ion beam with ion energy gradient exceeding the resonance level of nuclear molecule formation ENM to initiate the exothermic compound-synthesis. Simultaneously, electric power is produced by MHD-generator for high-power ion beam source. Recombining overheated products of synthesis in excess gas flow allows producing the jet exhaust passing through the trap.
EFFECT: optimised synthesis energy recovery, reduced radiation losses.
14 cl, 3 dwg
