Release of chemical bond energy

机译：释放化学键能

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This paper reports progress in an experimental investigation. started in the Hathaway laboratory in 1994. dealing with the liberation of intermolecular bond energy from ordinary water by means of an arc discharge. Photographic evidence of fog generation and explosion during the arcing period is included. A new fog accelerator is described and a table of results of the kinetic energies of fog jets is provided. A renewable water energy cycle is outlined. The fog kinetic energy has been found to be greater than the different between the capacitor input energy and the heat losses. Given energy conservation, the only external energy input that can account for the fog kinetic energy is solar heat from the atmosphere.

机译：本文报告了实验研究的进展。于1994年在Hathaway实验室开始。它通过电弧放电处理从普通水中释放分子间键能。包括在飞弧期间产生雾和爆炸的影像证据。描述了一种新的雾加速器，并提供了雾喷动能的结果表。概述了可再生水能源循环。已经发现雾动能大于电容器输入能量和热损失之间的差。在节能的前提下，唯一可以解释雾动能的外部能量输入就是来自大气层的太阳热。

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《Future energy》|1999年|p.46-57|共12页
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Peter Graneau;
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正文语种 eng
中图分类能源与动力工程;
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Release of chemical bond energy

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