Effect of millimeter waves of low intensity on content of air dissolved in water

The concentration of air dissolved in water was studied by the method of nuclear magnetic resonance. Water was exposed to electromagnetic waves (wavelength -8 mm, the intensity -5 mW/cm2) for 6 h. During exposure, water temperature remained almost unchanged. Nevertheless, after 30-min exposure the concentration of air in water decreased, This decrease has a value that is equivalent to heating for 4°C, i.e., its effective temperature increased by 4 degrees (ΔTeff = 4°C). Exposure for 1 h additionally decreased air content in water (ΔTeff = 5.7°C). Two-hour exposure induced ΔTeff = 7.6°C, and a 3-hour exposure-ΔTeff = 8.3°C. The possibility to explain the biological effects observed after exposure of living objects to low-intensive millimeter waves, in connection to a fact of decreasing content of air in water, is discussed.