Analysis of Broadband Antenna Radiation Pulses

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Abstract

Electromagnetic energy can alter metabolic and biosynthetic processes and under certain parameters of pulsed EMF it can change pulse repetition frequency, operation cycle, power, exposure, as well as it can slow down and inhibit cell growth. MW irradiation range of RNA and DNA – containing virus reduces their infectivity. Inhibition of bacterial cultures growth, changes in phagocytic activity of protein biosynthesis, ultrastructural changes in the cells when exposed to EMF EHF. It was found in experiments with micro-organisms that biological effects of EMF on microorganisms wore a resonant character. One of the basic mechanisms of inhibitory action of EHF radiation on harmful microorganisms is the role of membranes in biological reactions of microorganisms on the EMR.

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  • Gubanov V. P. (1994). Generation of powerful nanosecond pulses of electromagnetic radiation / Gubanov V. P. [and etc.]. Letters to the Journal of Technical Physics T. 20 № 14. p. 89-93.

  • Baum C. E. (1993). Impulse radiating antennas. Baum C. E. Farr E. G. Ultra-Wideband Short-Pulse Electromagnetics. New York Plenum Press p. 139-147.

  • Nowak J. Gucol T. Bendera I. (2006). Mechaniczne niszczenie stonki ziemniaczanej Ziemniak Polski 4 30-33.

  • Giri D.V. (1997). Desigh Fabrication and Testing of a Paraboloidal Reflector Antenna and Pulser System for Impulse-Like Waveforms. Giri D. V. Lackner H. Smith I. D. Morton D. W. Baum C. E. Marek J. R. Prather W. D. and Scholfield D. W. IEEE Trans. Plasma Sci. Vol. 25 p. 318-326.

  • Hala A.V. (2010). The algorithm for calculating the ultrawideband antenna / Hala A. V. Korolkov A. V. Mathematical morphology. Electron. Matemathematical and Medico-biological Journal. – T. 9 Issue. 1. URL: http://www.smolensk.ru.

  • Kozak A. Gordyjchuk Y. Semenyshyna Y. Vylchynskaya D. (2015). Analysis of the process of the action of electromagnetic impulse signals on biological pests in the soil. MOTROL. Commission of motorization and energetics in agriculture: Polish Academy of sciences. Vol. 17 №1. 45-50.

  • Chernyshev S.L. (2001). Spatio-temporal analysis of the characteristics of the ultrawideband antenna. Chernyshev S. L. Vylenskyy A. R. Problems of diffraction and propagation of electromagnetic waves: interdepartmental collection of scientific papers. MIPT. p. 113-120.

  • Ymmoreev I.Y. (2001). Radiation of ultrawideband signals. Ymmoreev Y. Y. Synyavyn A. N. Antennas. Issue. 1 p. 8-16.

  • Terenov D.B. Gutsol T.D. (2015). Analysis of content management methods in projects. National production and economy in the conditions of reform: the state and prospects of innovation development and interregional integration pp. 23-25

  • Ymmoreev I.Y. (2010). Spatio-temporal changes UWB signals during the emission and reception of large antennas. Ymmoreev I. Y. IV All-Russian Conference “Radiolocation and Radio Communication” Institute of Radio Engineering and Electronics Russian Academy of Sciences 29 November –3 December. p. 615-620.

  • Antennas and microwave devices. (1972). Calculation and design of antenna arrays and their radiating elements. D.I. Voskresensky. Moscow: Sov. radio 318 p.

  • Kalinichev V.I. (2009). Ultra-wideband mirror antenna with horn irradiator H-shaped cross section. Kalinichev V.I. Kaloshin V.A. Pangonis L.I. III All-Russian Conference “Radiolocation and radio communication” IREE RAS. p. 68-71.

  • Kun Z. (1967). Microwave Antennas. Z. Kyun; translation from German under the editorship of M.P. Dolukhanov. L. Shipbuilding 518 p.

  • Potapsky P. Garasimchuk I. Kozak A. Mikhailova M. (2015). Theoretical justification for creating an impulse generator for increasing the immunity of animals. MOTROL Commission of motorization and energetics in agriculture: Polish Academy of sciences. Vol. 17 №.5 p. 62-65.

  • Potapskyy P. Harasymchuk I. Pantsyr Yu. (2015). Excitation of oscillations in a prismatic cavity by means of a rectangular waveguide. MOTROL Commission of motorization and energetics in agriculture: Polish Academy of sciences. Vol. 17 №.5. p. 66-72.

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