I. Ignatov - Dr. of European Academy of Natural Sciences (Hanover, Germany), Professor, Director of Scientific Research Center of Medical Biophysics (Sofia, Bulgaria). E-mail: mbioph@dir.bg
O.V. Mosin - Ph.D.(Chem.), Research Scientist, Moscow State University of Applied Biotechnology. E-mail: mosin-oleg@yandex.ru

Kirlian effect designates a luminescence of coronal electric discharge on a surface of the object, which is placed in variable electric field of high electrical frequency and potential. Parametres of Kirlian effect are electric frequency (10-150 kHz) and electrical potential 5-30 kV. In scientific literature along with Kirlian effect terms bioelectonography, electric high-frequency discharge and selective high-frequency discharge are used. Kirlian effect has found application in biophysics and in other branches of a science and technics. The advantages of this method are safety, sterility, interpolation of data received, convenience of their storage and the subsequent computer processing, as well as possibility of tracking development of processes in time, comparisons of structural, functional and time processes, etc. Scientifically-fundamental aspects of Kirlian effect consist in that Kirlian effect creates in laboratory conditions the gas selective electric discharge similar to the electrical phenomena (lightning) and the electrostatic discharge on a surface of biological, organic objects, and also on inorganic samples of various character, including water drops. For last decades in laboratory conditions using energy of electric field from inorganic substances have been synthesised various organic compounds - amino acids, protein, nucleosides. In these experiemens (S.Miller's experiments) were modelled conditions of primary oxygen-free atmosphere in which electrosynthesis of organic molecules from inorganic ones under influence of energy of electric disharge, short-wave ultra-violet radiation of the Sun and other geothermal energy sources was occured. The purpose of the given work was studying the possibility of application of Color coronal Kirlian spectral analysis in modelling of nonequilibrium conditions with the gas electric discharges, simulating primary atmosphere and forecasting the possible electrochemical reactions proceeding at processing of water by electric field of high electrical potential and frequency. We submitted data on research by colour coronal spectral Kirlian analysis and IR-spectroscopy water samples of various origin and various degree of water purification and water processing, and also samples of hot mineral, sea and mountain water from various sources of Bulgaria. In the frames of research the important parameter was measured - the average energy of hydrogen bonds between H2O molecules in the process of cluster formation was measured by the DNES method compiles -0,10670,0011 eV.