The influence of meteorological factors on the long-period variation of the Kullback measure of voltage fluctuations on the electrolytic cells

The article presents the results of comparing the records of the Kullback measures of voltage fluctuations in small electrolyte volumes subjected to both the low-pass filtering in two independent electrolytic cells and meteorological factors. Both a high correlation between the Kullback measure values and the dew point temperature of the atmospheric air are found. Regression coefficients of the Kullback measures and values of various meteorological factors are calculated. It is shown that the filtering regression coefficients are reduced by several times at a high-frequency signal. A physical model explaining the observed effects on the electrolytic cells is proposed. The model is based on the assumption that the entropy production influences the cells during the re-emission of sunlight by the Earth’s surface.

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