Abstract

Using a metallic crystal as a medium for the fusion of light-element nuclei (hydrogen isotopes) into those of heavier elements, accompanied by a significant release of energy, is discussed. Since these reactions release more energy than any chemical ones by nearly seven orders of magnitude, using them as energy sources will open a new era in the history of civilization. The conductive crystal serves as an appropriate environment for the fusion-process and remains almost undamaged. In this paper, we rely on the extensive experimental data on the so-called “cold” nuclear fusion.

中文翻译：

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导电晶体介质中的核聚变过程

摘要

讨论了使用金属晶体作为媒介将轻原子核（氢同位素）融合到较重元素的核中，同时伴随着大量能量的释放。由于这些反应释放的能量比化学反应释放的能量高出将近七个数量级，因此将其用作能源将开启文明史的新纪元。导电晶体可作为熔融过程的合适环境，并且几乎保持完好无损。在本文中，我们依赖于所谓的“冷”核聚变的广泛实验数据。