一类气体辉光放电条件下的X射线发射与冷核聚变
X-ray Emission and Cold Nuclear Fusion in Glow Discharge Process of a Kind of Gas
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摘要: 本文主要依据在辉光放电条件下Ｄ／金属系统的ｘ射线发射和中子、γ射线产生的实验结果说明冷核聚变的存在，并介绍了电荷－电子偶模型的解，说明Ｄ￣＋～Ｄ束缚态的存在．束缚能Ｅ（Ｄ￣＋～Ｄ）＝１４ｋｅＶ．在假设核力作用尺度Ｒ＿０＝０．５×１０￣（－１３）（ｃｍ）时，Ｘ射线的发射几率是核聚变几率的３．５×１０￣５倍．指出第一周期的气体（Ｈ、Ｈｅ及它们的同位素）及它们的混合物在辉光放电条件下均有可能发射ｘ射线．有的进一步发生核聚变． Existance of cold nuclear fusion was explained based on experiment results in glow discharge process in D/metal system in which X--ray, neutron and y--ray were measured. The model of charge--dipole for solution of Schrodinger equation was introduced.There was some bound state with energy about 14 keV in (D+,D) system.As length of nuclear force was about 0. 5× 10-13 (cm), the rate of X--ray emission was about 3. 7× 104 times of rate of neutron emission. This paper...Abstract: Existance of cold nuclear fusion was explained based on experiment results in glow discharge process in D/metal system in which X--ray, neutron and y--ray were measured. The model of charge--dipole for solution of Schrodinger equation was introduced.There was some bound state with energy about 14 keV in (D+,D) system.As length of nuclear force was about 0. 5× 10-13 (cm), the rate of X--ray emission was about 3. 7× 104 times of rate of neutron emission. This paper...
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