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[测定氢气饱和水的氧化还原电位]

[Determination of the redox potential of water saturated with hydrogen].

作者信息

Piskarev I M, Ushkanov V A, Aristova N A, Likhachev P P, Myslivets T C

出版信息

Biofizika. 2010 Jan-Feb;55(1):19-24.

Abstract

It has been shown that the redox potential of water saturated with hydrogen is -500--700 mV. The time of the establishment of the potential is 24 h. The potential somewhat increases with increasing volume of hydrogen introduced to a reservoir with water and practically does not depend on the presence of additions in water, provided these additions are not reduced by hydrogen. The pH value of water does not change after the addition of water. In a glass vessel with a metallic cover resting on the side, no decrease in potential during the 2.5-month storage was observed. In plastic bottles, the content of hydrogen decreased; on storage for more than two weeks, it disappeared almost completely, and as a result, the potential increased after storage for three to four weeks to a level near zero. In an open vessel, the potential remained negative for two days.

摘要

已表明,氢气饱和水的氧化还原电位为-500--700毫伏。电位建立时间为24小时。随着引入装有水的储器中的氢气量增加,电位会有所升高,并且实际上不依赖于水中添加物的存在,前提是这些添加物不会被氢气还原。添加水后,水的pH值不变。在一个带有靠在边上的金属盖的玻璃容器中,在2.5个月的储存期间未观察到电位下降。在塑料瓶中,氢气含量降低;储存两周以上后,它几乎完全消失,结果,储存三到四周后电位升高到接近零的水平。在敞口容器中,电位在两天内保持为负。

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