首页> 外国专利> NUCLEAR FUSION SYSTEM, NUCLEAR FUSION METHOD, NUCLIDE TRANSMUTATION LIFE-SHORTENING TREATMENT SYSTEM FOR LONG LIVED FISSION PRODUCT, AND NUCLIDE TRANSMUTATION LIFE-SHORTENING TREATMENT METHOD FOR LONG LIVED FISSION PRODUCT

NUCLEAR FUSION SYSTEM, NUCLEAR FUSION METHOD, NUCLIDE TRANSMUTATION LIFE-SHORTENING TREATMENT SYSTEM FOR LONG LIVED FISSION PRODUCT, AND NUCLIDE TRANSMUTATION LIFE-SHORTENING TREATMENT METHOD FOR LONG LIVED FISSION PRODUCT

机译:核裂解系统,核融合方法,长寿命裂变产物核素转化减寿处理系统以及长寿命裂变产物的核苷减寿处理方法

摘要

[Problem] To achieve flight-state negative muon nuclear fusion, and to provide a nuclear fusion system and a nuclear fusion method for eliminating major restrictions on devices required for holding and cooling a target, for example, and to provide a nuclide transmutation life-shortening treatment system and a nuclide transmutation life-shortening treatment method capable of irradiating a long lived fission product with neutrons generated by the nuclear fusion system and the nuclear fusion method to effect nuclide transmutation.[Solution] A nuclear fusion system S is provided with a muon generating means 1 for generating muons, a gas supply means 2 for circulating and supplying a feed gas, a de Laval nozzle 3 which accelerates the feed gas to a supersonic speed, and a shock wave generator 4, wherein the feed gas accelerated to a supersonic speed by the de Laval nozzle 3 is caused to collide with the shock wave generator 4 to generate oblique shock waves, the oblique shock waves are caused to converge on the central axis of the de Laval nozzle 3 to hold a high-density gas target in space, and muons generated by the muon generating means 1 are introduced into the high-density gas target to cause a nuclear fusion reaction to occur.
机译:[问题]为实现飞行状态负μ子核聚变,并提供一种核聚变系统和核聚变方法,以消除对保持和冷却目标所需装置的重大限制,例如,提供核素trans变寿命,能够通过核聚变系统产生的中子照射长寿命裂变产物的核素缩短处理系统和核素trans变寿命缩短处理方法以及核聚变方法以实现核素trans变。[解决方案]核聚变系统S包括用于产生μ子的μ子产生装置1,用于循环和供给进料气的气体供给装置2,将进料气加速至超音速的德拉瓦勒喷嘴3,以及激波发生器4,其中使通过拉瓦尔喷嘴3加速至超音速的进料气体与激波发生器4发生碰撞而产生斜激波,使斜激波会聚在转子的中心轴上。为了将高密度气体靶保持在空间中,使用了德拉伐喷嘴3,将由μ子产生装置1产生的μ子引入到高密度气体靶中,引起核聚变反应。

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