Search Results - "Lisitsyna, L. I."

Plots of electric field strength in biological tissue irradiated with slot type MW irradiator by Belavskaya, S.V., Lisitsyna, L.I., Alekseev, S.V.

“…The electric field caused by a slot type MW irradiator is pictured and analyzed. It is shown that in the direction normal to the slot irradiator the electric…”
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Investigation of temperature distribution in biological tissue under MW irradiation from waveguide by Belavskaya, S.V., Berezhinskii, I.V., Lisitsyna, L.I.

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Complex ultrasound emitter and micro-wave irradiator for inner-cavity action by Belavskay, S.V., Vityugov, V.A., Adoniev, V.G., Lisitsyna, I.I.

“…The slot complex ultrasound emitter and micro-wave irradiator for inner-cavity action fabricated on the lateral surface of the thin-wall metallic tube with…”
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Acoustic signal transmitter for reflexotherapy by Belavskaya, S.V., Lisitsyna, L.I., Yakovlev, A.S.

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MW electromagnetic field distribution in biological tissue under slot irradiator treatment by Belavskaya, S.V., Lisitsyna, L.I., Plavsky, L.G., Alekseev, S.V.

“…The electromagnetic field distributions calculated and obtained in the experiments on biological tissues are analyzed. A close agreement between calculated and…”
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Distribution of magnetic field in biological tissue under intracavity treatment by small-size inductor by Belavskaya, S.V., Domashenko, R.S., Lisitsyna, L.I., Temnov, D.N., Novikova, E.N., Elkin, M.V.

“…Experimental results and calculations of the distribution of a magnetic field in biological tissue under intracavity treatment by a small-size inductor are…”
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Mathematical model of potential distribution on axis of electron-optical converter by Lisitsyna, L.I., Trainin, L.Ya

“…An analytical expression for calculation of the potential distribution on the axis of an electron-optical converter is derived. The expression differs from…”
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Ultrasonic insonator for reflexotherapy by Adoniev, V.G., Belavskaya, S.V., Grechin, E.A., Dobrova, O.I., Lisitsyna, L.I.

“…Ultrasonic insonator (USI) consisting of piezoceramic plate with rigidly connected steel rod is considered. A method for acoustic signal intensity calculation…”
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Analysis of experimental and numerical calculations results on microwave irradiator for reflexotherapy by Belavskaya, S.V., Berezhinskii, I.V., Vityugov, V.A., Lisitsyna, L.I., Shebalkova, L.V.

“…Experimental results as well as calculations on the microwave irradiator for reflexotherapy made of piece of coaxial waveguide are discussed. The calculations…”
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MW energy irradiator for reflexotherapy by Belavskaya, S.V., Berezhinskii, I.V., Vityugov, V.A., Lisitsyna, L.I., Likhanov, Y.M.

“…The efficiency of MW power transmission from the end of a coaxial waveguide to a biologically active point (BAP) is considered. The distribution of the power…”
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Multifunctional device for diagnosis and treatment of the prostate by Lisitsyna, S.V., Lisitsyna, L.I., Polyakov, Yu.S., Chudinov, E.I.

“…A biosafe multifunctional device for the diagnostics of prostate (PR) diseases, in accordance with PR parameters and the treatment of PR by means of a complex…”
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Choice of scanning signal working frequency for skin surface sponginess estimation using ultrasonic vibrations by Belavskaya, S. V., Kuzmin, A. N., Lisitsyna, L. I., Navrotsky, L. G., Pedder, V. V.

“…The research on the choice of scanning signal working frequency for skin surface sponginess estimation using ultrasonic vibrations has been made. The…”
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Estimation of human psycho-emotional state using pictures of gas discharge on the skin surface at biologically active points by Mokrousov, A. V., Lisitsyna, L. I., Navrotsky, L. G., Rusetsky, V. S.

“…Paper shows possibility to estimate human psycho-emotional state using pictures of high voltage gas discharge glow on the skin surface at biologically active…”
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Research on possibility of visualization of biologically active points by light illumination by Navrotsky, L. G., Lisitsyna, L. I., Yudin, V. I., Belavskaya, S. V., Blokhin, A. A., Rusetsky, V. S.

“…Results of preliminary experiments on the possibility of biologically active points (BAP) visualization by illuminating them with light pulse causing…”
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The analysis of development of engineering hardware for reflexotherapy by Lisitsyna, L.I., Lisitsyna, S.V., Polyakov, Yu.S., Borodina, V.I., Eryomina, A.F.

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The model of process of low-temperature plasmachemical treatment of units of CRPhED by Lisitsyna, L.I.

“…The application of the model of plasma gap for process of low-temperature plasmachemical treatment of units of cathode-ray and photoelectronic devices (CRPhED)…”
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Dependence of influence of contrast temperature on electrical resistance of the small area integument by Belavskaya, S V, Verzilin, S A, Gavrilov, E A, Lisitsyna, L I, Pedonova, Z N

“…Primary results of researches of influence of contrast temperature influences on electric resistance of the small area integument are presented. Normalized…”
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Distribution of Electrical Field Over the Lateral Surface of MW Irradiator for Intracavitary Treatment by Belavskaya, S.V., Lisitsyna, L.I., Rodionov, A.S.

“…Distribution of electrical field over the lateral surface of MW irradiator for intracavitary treatment is considered. The irradiator consists of parallel slots…”
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Research on the Possibility for Reflexotherapy MW Irradiator to Increase MW Electromagnetic Oscillations Penetration Depth into Biological Tissue by Belavskaya, S.V., Koltkov, D.S., Lisitsyna, L.I.

“…The results of calculations of MW electromagnetic (EM) oscillations penetration depth into biological tissue (BT) under treatment by MW irradiator for…”
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Sectional Ultrasonic Irradiator for Intracavitary Treatment by Belavskaya, S.V., Kuchma, I.A., Lisitsyna, L.I., Adonev, V.G., Firsova, K.F.

“…In this paper experimental results on sectional ultrasonic irradiator (USI), which is implemented on several piezoplates located parallel to each other on…”
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