Abstract
Gradual decreasing characteristics of electric resistivity in highly purified water triggered with a 10 mG (1 /spl mu/T) ac field were investigated for frequencies ranging from 1 Hz to 15 MHz. The temperature stability of the resistivity was also measured in various magnetized waters. The mechanism of the gradual decrease of resistivity after short-time application of a milligauss ac field is discussed, considering the cyclotron resonance for stable hydromolecular cluster formation for long-range ordered proton transport.
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