摘要
在文献［１］关于电子－离子束缚态的基本概念的基础上，对电子－离子束缚态三体系统给出严格的薛定谔方程，给出能量的近似解：（１）对ｐ－ｅ－ｐ束缚态，释放单能Ｅｐ≈１２．５ｋｅＶ的Ｘ射线；（２）对Ｄ＋－ｅ－Ｄ＋束缚态，释放单能ＥＤ≈２５ｋｅＶ的Ｘ射线，同时引发少量的核聚变，放出γ、质子、中子、氚、３Ｈｅ和４Ｈｅ。这是两个独立发生的过程。以Ｎｉ－Ｈ和氘气辉光放电实验为例，用束缚态模型给出定量的解释。进而提出太阳耀斑发生过程中也包含电子－离子束缚态放射１２．５ｋｅＶ和２５ｋｅＶ两种Ｘ射线并引发少量核聚变的过程，给出了观测结果验证。
A strict description of quantum mechanics on electron-ions bound state three-body system and two approximate solutions are given, which are (1) corresponding to p e p bound state X rays with E p ≈12.5keV monoenergy is emitted, (2) corresponding to D + e D + bound state X rays with E D ≈25keV monoenergy is emitted, and also initiate a little (D,D)fusion to give out neutron, proton, triton l 3He, l 4He, and gamma ray. In this paper some experiments such as Ni-H, deuterium gas glow discharge, are explained. The energy about the excess heat release is just a large quantity of X rays released in the two electron-ions bound state mentioned above, and only (D + e D +) can initiate nuclear fusion. The author further analyses a large number of the measured record solar flare energy spectrum and points out that the process of generating solar flare also contains the process of emitting X ravs with about 12.5keV and 25keV monoenergy and a little (D,D) fusion.
出处
《强激光与粒子束》
EI
CAS
CSCD
北大核心
1998年第2期315-320,共6页
High Power Laser and Particle Beams
基金
中物院基金
国家自然科学基金
关键词
电子离子束缚态
X射线
核聚变
太阳耀斑
electron-ions bound state, X rays, cold fusion, solar flare, three body problem
