Abstract

The effect of a static magnetic field with induction up to 7 T on the concentration of dissolved molecular oxygen, the concentration of hydrogen peroxide, the redox potential, and the electrical conductivity of aqueous solutions with a low concentration of active impurities is studied. It was shown that the concentration of dissolved molecular oxygen in water under the exposure of a magnetic field with induction up to 7 T does not change significantly, while the concentration of hydrogen peroxide increases linearly. It has been established that the pH value of water with field amplification in this induction range tends to decrease within 10%. With an increase in induction, an increase in the redox potential of water is observed. The change in its value is approximately 7 mV/T. It was shown that, with an increase in induction up to 2 T, the electrical resistivity of the water under study drops to about 0.6 MΩ cm, while at higher values of induction it practically does not change.

中文翻译：

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恒定磁场对水溶液某些性质的影响

摘要

研究了感应强度最高为7 T的静磁场对溶解的分子氧浓度，过氧化氢的浓度，氧化还原电势以及低浓度活性杂质水溶液的电导率的影响。结果表明，在磁场中感应到高达7 T的温度下，水中溶解的分子氧的浓度没有明显变化，而过氧化氢的浓度则呈线性增加。已经确定，在该感应范围内具有场放大作用的水的pH值倾向于降低10％以内。随着感应的增加，观察到水的氧化还原电位增加。其值的变化约为7 mV / T。结果表明，随着感应强度的增加，最高达2 T，