Nuclear fusion reacted inside metals by intense sonoimplantation effect

2019-12-06 03:13:22

fusion He cavitation Japan D2O

责任者: Arata, Y.;Yue-Chang Zhang 单位: Osaka Univ., Japan 来源出处: Proceedings of the Japan Academy, Series B (Physical and Biological Sciences)(Proc. Jpn. Acad. B, Phys. Biol. Sci. (Japan)),2002/03/,78(3):63-8 摘要: Using an intense ultrasonic cavitation effect, metals kept in heavy water were changed to nanometer-sized fine powders and simultaneously condensed a large amount of deuterium for 1-2 days. Mass analyses of gases released from the remnant metal powders revealed existence of 3He and 4He which were produced by deuterium nuclear fusion reacting inside the metals. On the other hand, simultaneously generated excess energy was recognized in only D2O working liquid, using the working liquids of D2O or H2O-water in which the immersed metal foils were kept inside a sono-vessel 关键词: cavitation;cold fusion;ultrasonic effects;ultrasonic cavitation;nuclear fusion;heavy water;sonoimplantation;3He;4He;sono-solid fusion;D2O;H2O;He