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SYSTEM FOR NUCLEAR FUSION, METHOD FOR NUCLEAR FUSION, SYSTEM FOR PROCESSING LONG-LIVED FISSION PRODUCTS TO REDUCE LIFE IN NUCLIDE TRANSMUTATION, AND METHOD FOR PROCESSING LONG-LIVED FISSION PRODUCTS TO REDUCE LIFE IN NUCLIDE TRANSMUTATION

机译:核融合系统,核融合方法,加工长寿裂变产品的系统,以减少核素嬗变中的寿命,以及加工长寿裂变产品的方法,以减少核素嬗变的寿命

摘要

FIELD: nuclear technology.;SUBSTANCE: invention relates to a system for nuclear fusion. The system is equipped with a muon generator 1, gas supply means 2 for circulation and supply of source gas, a Laval nozzle 3 accelerating the source gas to a supersonic speed, and a shock wave generator 4. In the shock wave generator, the source gas accelerated to a supersonic speed by means of the Laval nozzle 3 is used by means of the shock wave generator 4 to form oblique shock waves. Convergence of the oblique shock waves on the central axis of the Laval nozzle 3 is ensured for retaining a high-density gas target in space. Muons formed by the muon generator 1 are introduced into the high-density gas target to trigger a nuclear fusion reaction.;EFFECT: reduction in the requirements pertaining to apparatuses for retaining and cooling the target, as well as creation of a system and method for reducing the life of nuclides in transmutation thereof.;5 cl, 4 dwg
机译:领域:核技术。物质:发明核融合系统。 该系统配备有μ子发生器1,用于循环和供应源气体的气体供应装置2,使熔点喷嘴3加速到超音速的源气体,以及冲击波发生器4.在冲击波发生器中,源极 借助于滑动波发生器4使用借助于拉瓦尔喷嘴3加速到超音速的气体以形成倾斜冲击波。 保留拉瓦尔喷嘴3的中心轴上的倾斜冲击波的收敛,以保持空间中的高密度气体目标。 由μ子发生器1形成的μONs被引入高密度气体目标以触发核融合反应。;效果:降低与用于保持和冷却目标的装置的要求,以及制造系统和方法 减少其嬗变中核素的寿命。; 5 cl,4 dwg

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