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Condensed matter nuclear science (cold fusion): an update

机译:凝聚态核科学(冷聚变):更新

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Seventeen years after the announcement by Professors Stanley Pons and Martin Fleischmann of the discovery of cold fusion in March 1989, the scientific community does not acknowledge this field as a genuine scientific research theme. However, the scientific demonstration of cold fusion was made long ago by showing the evidence of excess heat production in electrolytic cells and other devices. Also, nuclear ashes have been observed, mainly the formation of helium-4 along with the production of excess heat. What makes this field difficult to accept is the lack of the usual particle emission observed in nuclear science or high-energy physics. In some instances low-level neutron production, X-ray emission and transmutation of elements have been measured. At this point there is no satisfactory theory explaining the unique characteristics of condensed matter nuclear science. Many models have been proposed, several of them using textbook physics.
机译:斯坦利·庞斯(Stanley Pons)教授和马丁·弗莱希曼(Martin Fleischmann)教授于1989年3月宣布发现冷聚变后的十七年,科学界并没有将该领域视为真正的科学研究主题。但是,冷聚变的科学证明是很久以前的,它显示了电解池和其他设备中产生过多热量的证据。另外,已经观察到核灰,主要是氦4的形成以及多余热量的产生。使该领域难以接受的是缺乏核科学或高能物理学中观察到的通常的粒子发射。在某些情况下,已经测量了中子的低水平产生,元素的X射线发射和trans变。在这一点上,还没有令人满意的理论来解释凝聚态核科学的独特特征。已经提出了许多模型,其中一些使用教科书物理。

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