Korenovskaya O. Method and device for measuring the concentration of light aeroions in the biomedical research

The object of the study are the processes that occur when artificial ionization of the air environment and phenomena which affect this process. The aim of the study is to increase the sensitivity and decrease the measurement error of concentration of light air ions indoor at aeroionotherapy. Methods: there were used mathematical modeling methods, the equation of mathematical physics, elements of the theory of gas discharge physics, the theory of potential fields and integral calculus; computer simulation techniques, bases of construction engineering systems, methods of statistical analysis, the methods of experimental studies designed. The first time obtained by determining the concentration dependence for the amount of light ions electrical charges, they created the space; has been further developed mathematical model of the flow of air ion in strong electrostatic fields on the basis of the continuity equation, which takes into account the impact on the distribution of air ion flow processes of ion production, diffusion and recombination; improved method for measuring the concentration of light air ions, which is to measure the electric charge of the integrated air ions created in the space. Practical results - first developed by the primary transmitter displacement type with storage capacity, which allows measurements with greater reliability, even at an undisclosed location the source of ions; designed instrument measuring the concentration of light air ions, which provides 5% of the instrumental error of the measurements. The degree of implementation - the results of the thesis, introduced in GERBATCHEVSKY Zhitomir Regional Clinical Hospital by Zhitomir Regional Council (Zhitomir), Bogomoletz Institute of Physiology(Kiev) and in the educational process the Department of Radio Engineering and telecommunications Zhitomir State Technological University. Scope of use - medicine, health, hygiene, environmental monitoring.