MODEL OF LOW-TEMPERATURE NUCLEAR REACTIONS (COLD FUSION) IN THE YOSHIAKI ARATA EXPERIMENT (JAPAN), MODELS OF TRITIUM AND DEUTERIUM NUCLEI COMPOSITION AND A POSSIBLE CAUSE OF TRITIUM NUCLEUS INSTABILITY

V. Kuznetsov
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Abstract

This article examines a model of low-temperature nuclear reactions (cold fusion) between hydrogen isotopes tritium and deuterium based on the Yoshiaki Arata experiment (Japan), examines the supposed composition of tritium and deuterium nuclei and suggests a possible explanation for the instability of some nuclei using the example of tritium nuclei.
日本yoshiaki arata实验中的低温核反应(冷聚变)模型,氚和氘核组成模型和氚核不稳定的可能原因
本文以荒田良明实验(日本)为基础,研究了氢同位素氚和氘之间的低温核反应(冷聚变)模型,考察了氚和氘核的假想组成,并以氚核为例,对某些核的不稳定性提出了可能的解释。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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