Influence of Low-Intensity Millimeter Electromagnetic Waves on the Viscosity and Density of Water-Salt Solutions

Abstract

The densities of a water-salt solution without and a water-salt solution with DNA were studied depending on the concentration of NaCl in the solution when they were irradiated with millimeter electromagnetic waves of non-thermal intensity, which are resonant for vibrations of hexagonal water molecular structures with a frequency of 50.3 GHz. Studies have shown that the density of solutions increases with irradiation. Density change due to irradiation is minimal for 0.9% NaCl solution (saline). Viscometric measurements have shown that irradiation (which leads to dehydration of DNA) does not lead to a noticeable change in the secondary and tertiary structure of DNA for a physiological solution of DNA.