Abstract
Using the method of laser microscopy the article has investigated the influence of temperature within the interval 20–40°C on gigantic heterophase water clusters of samples of distilled and magnetized water as well as 0.01M solutions of chloride of lithium, sodium, potassium, and rubidium. It has been established that the total concentration of clusters with sizes 2 to 40 μm decreases as the solution temperature rises. Large water clusters (size 30 μm and more) disappear when heated at more than 30°C. In Arrhenius’ coordinates the relationships represent straight lines distinguished by the slope angle. The calculations show that the energy of destruction activation of the clusters constitute 95–140 kJ/mol and depends on the nature of the water system.
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