氢与粉末和液态金属冷核聚变的能源、经济、环境和医疗应用

U. Seshavatharam, S. Lakshminarayana
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引用次数: 0

摘要

本文的目的是重点介绍冷核聚变(CNF)的四大应用。考虑到Google的出版物、NASA的出版物、欧洲的资助金额和其他重要的实验结果,我们已经开发出一种机制来理解与氢与金属聚变相关的CNF能量释放之谜。除了清洁的热能释放,我们已经确定了CNF的三个重要应用。它们是:从类钨元素中制备类铱、类铂和类金的昂贵元素,将高水平的核废料转化为稳定的原子核素,以及制备用于医疗应用的放射性同位素。值得注意的是,我们已经制定了一个通用、简单和可行的理论程序来理解上述应用,它需要资金来进行实验研究。我们强调,与其他冷核聚变理论模型相比,我们提出的CNF科学概念是实用的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Energy, Economical, Environmental and Medical Applications of Cold Nuclear Fusion of Hydrogen with Powder and Liquid Forms of Metals
Aim of this paper is to highlight the four major applications of Cold Nuclear fusion (CNF). Considering Google publications, NASA publications, European funding amounts and other important experimental results, we have developed a mechanism for understanding the mystery of energy liberation in CNF associated with fusion of hydrogen with metals. Apart from clean thermal energy liberation, we have identified three important applications of CNF. They are: Preparing Iridium-, Platinum-and Gold-like costly elements from Tungsten-like elements, converting high level nuclear radioactive waste into stable atomic nuclides and preparing radioactive isotopes for medical applications. It may be noted that, we have developed a common, simple and workable theoretical procedure for understanding the above applications and it needs funding for conducting experimental studies. We emphasize the point that, our proposed scientific concept of CNF is practical compared to other theoretical models of cold nuclear fusion.
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