Evolution of High-Frequency Conductivity of Pure Water Samples Subjected to Mechanical Action: Effect of a Hypomagnetic Filed

Electrical characteristics of water samples subjected to mechanical shaking and subsequent dilution by initial unperturbed water are investigated in the frequency region of 10 kHz to 10 MHz. In all cases, the frequency increment of the permittivity is absent, and temporal variations in the permittivity are below 0.1%. Conductivity of all water samples is characterized by nonmonotonic dependence on the number of centesimal dilution iterations. Graphic patterns undergo time evolution for several days while retaining correlation between them. Patterns obtained with the samples prepared on different days are different. Two simultaneously prepared sets of samples show high correlation. Statistical characteristics of patterns of settled water samples differ from those of freshly prepared MQ water by half as high average variance for three measurements within two weeks. The hypomagnetic field causes the average variance of pattern characteristics to decrease with time.