Abstract
The research on cold fusion phenomenon has been in the past 30 years. Based on the research results of the predecessors, this article comprehensively describes the research results of the predecessors on the cold fusion phenomenon, and discusses it theoretically and experimentally. From the perspective of thermodynamics, this paper proposes to charge the palladium wire with hydrogen at low temperature to increase the frequency of abnormal heat generation, and gives a calculation formula for the hydrogen charging rate of the palladium wire. At the same time, a theoretical solution model for the isotope effect on the abnormal heat release phenomenon is proposed.
Highlights
Martin Fleischmann and Stanley Pons [1] announced that when using palladium as the metal cathode and platinum as the cathode to electrolyze heavy water, they observed an exothermic phenomenon far beyond ordinary physics and chemistry
The research on cold fusion has not been smooth sailing. It was questioned by traditional nuclear physicists at the beginning of its birth
At the beginning of the cold fusion report, AliF AbuTaha[3] pointed out that the abnormal exothermic phenomenon does not come from the nuclear fusion reaction, but from the deformation of the metal cracks in the metal
Summary
It is guessed that at the electrolysis process of heavy hydrogen atoms, a large amount of energy is released due to polymerization reaction for some reason. The announcement of this news immediately shocked the scientific community. If nuclear fusion can react to with room temperature, it will bring endless energy to mankind. The research on cold fusion has not been smooth sailing. It was questioned by traditional nuclear physicists at the beginning of its birth. The research on cold fusion has made great progress, and the voices to doubt are still one after another[2]. The reason is that cold fusion has not yet had a complete set of theories to explain its heat release mechanism and heat to release mode
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