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Information × Registration Number 0220U100687, 0118U003533 , R & D reports Title Development of the noninvasive passive acoustic system of new generation for measuring of critical physiological parameters of a brain and an inner ear of the human. popup.stage_title Head Naida Serhii A., Registration Date 23-01-2020 Organization Publishing and Printing Institute of Igor Sikorsky Kyiv Polytechnic Institute popup.description2  It is developed noninvasive the acoustic system of new generation for measurement of critical physiological parameters of a brain and curls of an inner ear of the person who includes: Dynamic that works in real time, the single-channel passive acoustic thermometer with focusing which registers actually thermal acoustic radiations of a body of the person in megahertz range, and is safe for it, and is intended for noninvasive determination of deep temperature of a brain of the person and curls of an inner ear of the person; The digital complex, with an electroencephalograph and the main phones, for determination of frequency and power of rhythms of a brain, and realization of a noninvasive acoustic method of therapy by means of difficult audio of signals. For a pilot study of the acoustic system authors developed original measuring means, namely, a high-frequency wattmeter and the acoustic radiometer. The research by means of a method of determination of bioelectric activity of a brain which allowed to establish for the first time increase an alpha - and a theta - wave activity of a brain at patients with pulmonary pathology is conducted. It is revealed that are picked correctly up by audio signals improve the main indicator of a bronchial tree. On the basis of the developed model of an acoustical system, taking into account spectral structure of audio of signals, the research of their influence on a cognitive function of neocortex of a brain of the person is conducted. It is carried out quantitative assessment of frequency characteristics of electric activity of a brain and dynamics of coefficient of concentration of attention under the influence of audio of signals of different component structure. It is for the first time established the most expressed frequencies of audio of signals which cause characteristic changes of power and frequency of rhythms of a brain of the person. Product Description popup.authors Didkovskyi Vitaliy S. Kalashnikova Larisa E. Osypenko Kateryna S. popup.nrat_date 2020-04-02 Close