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LOW-TEMPERATURE NUCLEAR FUSION REACTION PROCESS IN HEAVY FERMION SYSTEMS

机译:重费米子系统中的低温核融合反应过程

摘要

FIELD: nuclear engineering. SUBSTANCE: low-temperature nuclear fusion reactions occur during saturation of crystal lattice of compound with deuterium and tritium nuclei. Nuclear reaction is accelerated by using compounds with heavy fermions in which active mass of electrons grows tens-fold with the result that deuterium and tritium nuclei can draw together at distance required for fusion reaction. Proposed process implies that nuclear reactions proceed within entire volume of specimen. EFFECT: reduced time of fusion reaction. 1 dwg
机译:领域:核工程。物质:具有氘和tri核的化合物的晶格饱和期间,发生低温核聚变反应。通过使用具有重费米子的化合物来加速核反应,在费米子中,电子的活性质量增长数十倍,结果氘和tri核可以在聚变反应所需的距离处聚集在一起。拟议的过程意味着核反应在整个标本中进行。效果:减少了融合反应的时间。 1载重吨

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