Abstract
The impact of biophysical fields on water and water solutions model systems has been studied. In two of from the three of the models, an external electric field was applied under corona gas discharge conditions. The biophysical influence was applied to water samples with a volume of 120 mL. Following the biophysical exposure, water droplets were taken and subjected to corona gas discharge at the interface between the air and liquid phases. The control samples consisted of water droplets not subjected to biophysical influence. In the first method, the corona glow was analyzed as a result of dielectric permittivity of water (Ignatov, 2007). In the second method the analysis of the corona discharge produced brightness histograms (Pesotskaya, Glukhova et al. 2013). In the third type of experiments one co-author Gluhchev, a physiological solution or 0.9% sodium chloride (NaCl) was used. The applied comprehensive analysis using three methods enables the evaluation of the effects of biophysical fields on liquid systems.
Published Version
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