DOI: https://doi.org/10.37406/2706-9052-2019-2-11

DETERMINATION OF ELECTROMAGNETIC RADIATION PARAMETERS FOR THE TREATMENT OF ANIMAL DYSPEPSY

Л. М. Михайлова, В. В. Гузенко

Abstract


The article provides an equation to study the dependence of the electric field at biologically active points on the parameters of radio-pulse radiation. The obtained results allowed analysis of the qualitative properties of the process of interaction of radio-pulse radiation with biologically active points. It was proposed that biologically active points are considered as a dielectric resonator placed in a plane-layered dielectric medium. Therefore, if the filling frequency of the radio pulse is close to the natural frequency of this resonator, a resonant increase in the electric field strength at biologically active points is possible. When conducting numerical calculations, it was assumed that the total potential on the membrane of biological cells should not exceed a value of 100 mV. In the process of theoretical analysis of the developed model, it was found that to increase the viability of newborn calves with dyspepsia, their biologically active points should be irradiated with information radio-pulse radiation in the range of parameters: pulse duration 0.5 · 10-7...1,5 · 10-7 s; the pulse repetition period of 0.5 · 10-5...1,5 · 10-5 s; the value of the power flux density is 15 μWt/cm2; pulse filling frequency 50 GHz; exposure time 15...20 s; electric field strength E0 = 8,8 V/m, Eaver = 5,7 V / m

Keywords


biologically active points, treatment of calf dyspepsia, informational electromagnetic field parameters

References


I. D. Aleksandrov, I. V. Nesterenko, G. A. Lonshakov. (1984). Tehnologiya polucheniya vyiraschivaniya zdorovyih telyat / Blagoveschensk: RIO Amuruprpoligrafiz. 1984. 29 s. [in Russia].

Urban V. P. Naymanov L. (1984). Bolezni molodnyaka v promyishlennom zhivotnovodstve / Moskva: Kolos, 152 s.

M. Cocnen, A. (1996). Ullerich Nutritiv bedingte probleme in kalberbestanden / Ubeisicht. Tieremahr. 24, №1. P. 2433.

A. Cherenkov, N. Kosulina, V. Popriadukhin, I. Popova, M. Chorna. (2017). Analysis of the electromagnetic field ofmultilayered biological objects for their irradiation in a waveguide system / ShIdno-Evropeyskiy zhurnal peredovih tehnologIy. №6/5(90). R. 58 – 65.

Vorontsov L. A., Gamidov M. G. (1992). O profilaktike i lechenii zheludochno-kishechnyih bolezney telyat / sb. nauch. tr. BSHI. Blagoveschensk, Vyip. 9. S. 14 – 21.

Macheret E. L., Samosyuk I. Z., Lesenyuk V. P. (1989). Refleksoterapiya / Kiev: «Zdorovya», 232 s.

Aleksandr D. Cherenkov, Natalija G. Kosulina and Aleksandr V. Saprіca (2015). Theoretical Analysis of Electromagnetic Field Electric Tension Distribution in the Seeds of Cereals / Research journal of Pharmaceutical, Biological and Chemical Scinces. November. December. RJPBCS 6(6). Page NO.1686 – 1694.

A. Garbuzov i dr. (2010). Vitebskaya gosudarstvennaya akademiya veterinarnoy meditsinyi. Vitebsk: VGAVM, 60 s.

Bessonov A. E. Kolmyikova A.E. (2003). Informatsionnaya meditsina / Moskva: 658 s. 10.Bingi V. N. (2002). Magnitologiya: eksperimentyi i modeli / Moskva: «MILTA»,– 592 s.

Ismailov E. Sh. (1987). Biofizicheskoe deystvie SVCh-izlucheniya / Moskva: Energoatomizdat. 144 s.

Pirotti E. L., Cherenkov A. D. (2000). Izmenenie membrannogo potentsiala kletok biologi-cheskih ob'ektov, nahodyaschihsya vo vneshnih elektromagnitnyih polyah / Vestnik Harkovskogo gosudarstvennogo politehnicheskogo universiteta. – Harkov: HGPU. Vyip. 92. S. 96 - 99. 13.B. A. Kotserzhinskiy, V.P. Taranenko, V. A. Trapezon. (1982). Impulsnyie generatoryi millimetrovogo diapazona voln na lavinno-proletnyih diodah / Izvestiya vuzov, T. HH, №10. S. 56 - 64.

Plonsey R. (1988). Biolectriciti a Quantitative Approck / New York:Penum Press, 366 r. 15.Rubin A. B. (1987). Biofizika: v 2-h kn.: Uchebnik dlya biol. Spets. vuzov. Kn. 2. Biofizika kletochnyih protsessov / Moskva: Vyissh. shk., 303 s.


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