水和蒸汽环境下铝熔体相互作用的反常能量学

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引用次数: 0

摘要

在一篇关于国内外研究人员对铝熔体在水介质中爆炸原因的试验中,作者试图通过计算和自己的试验证明,这种爆炸的能量不仅是蒸汽爆炸和化学反应,而且还形成了短寿命的不稳定化合物A1H和A1H2,其爆炸威力比蒸汽爆炸和化学爆炸更强。Keywordsaluminium融化;水介质;实验;爆炸;爆炸能量
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Anomalous energetics of the interaction of aluminum melt in the environment of water and steam
In an article on the tests of our and foreign researchers of the causes of explosions of aluminium melt in an aqueous medium, the author makes an attempt by calculations and his own tests to prove that the energy of such explosions is not only a steam explosion and chemical reactions in this case, but also the formation of unstable compounds of short-lived A1H and A1H2, which are stronger than steam and chemical explosions in explosive power. Keywords aluminium melt; aqueous medium; experiments; explosions; energy of explosions
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