THE POSSIBILITY OF USING THE METHOD OF INTEGRAL EQUATIONS AS THE BASIC METHOD IN CAD SYSTEMS ANTENNAS
UDC 621.396
DOI:
The paper discusses the features of the method of integral equations, which can be performed for electrodynamic modeling of diffraction-governmental agencies included in the antenna-feeder devices. The criteria are specified on which to evaluate the effectiveness of the methods. The possibility is noted of using the method of integral equations for the design of magneto-dielectric antennas.
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15. the theory of diffraction / M.: Science, 1982.- 272 p. 2. Kobak V. O. Radar reflectors / M.: Sov. radio, 1972. - 248 p. 3. Gordievskaya K.Yu. On the finite difference method in time region / International Student Scientific Bulletin. 2015. № 3-3. S. 363-364. 4. Shutov G.V. Propagation issues through plant Veil / International Student Scientific Bulletin. 2015. № 3-3. S. 384-385. 5. Volman V.I., Pimenov Yu.V. Technical electrodynamics / M .: Communication, 1971. - 487 p. 6. Lebedev I.V. Technique and devices microwave / M .: Higher school, 1970. - T. 1.- 439 s. 7. Vasiliev E. N. Excitation of bodies of revolution / M.: Radio and communication, 1987. - 270 p. 8. Kulneva E.Yu. About using impedance structures for radiation control antennas / International Student scientific bulletin. 2015. No. 3-3. S. 369. 9. Kulneva E.Yu. Design Considerations for Antennas Based planar dielectric waveguides / International student science newsletter. 2015. No. 3-3. S. 369-370. 10. Rozhkova A.A. Problems of scattering of electromagnetic waves by bodies magneto-dielectric coating / International student science newsletter. 2015. No. 3-3. S. 378-379. 11. Ashikhmin A.V., Pasternak Yu.G., Rembovsky Yu.A. Modeling "virtual" antenna array of a mobile direction finder with using data from field measurements of electromagnetic Fields / Management systems and information technology. 2007. T. 27. No. 1.3. S. 313-317. 12. Pasternak Yu.G., Rembovsky Yu.A. Field structure in the field location of the mobile-based ring antenna array / Antennas. 2007. No. 1. S. 30-34. 13. Klimov A.I., Merkulov KB, Ostankov A.V., Pasternak Yu.G., Yudin IN AND. Experimental studies of antenna characteristics combs with two grooves and with a dielectric layer / Instruments and experimental technique. 1999.V. 42. No. 4. P. 113-116. 14. Ashikhmin A.V., Pasternak Yu.G., Popov I.V., Rembovsky Yu.A. Amplitude-phase direction finding of sources of microwave radiation with arbitrary polarization using a ring antenna array FROM THEM horns and Vivaldi antennas / Antennas. 2008. No. 3. P. 44-49. 15.
Keywords: electromagnetic wave propagation, antennas, method of integral equations, mathematical models
For citation: Preobrazhensky A.P. THE POSSIBILITY OF USING THE METHOD OF INTEGRAL EQUATIONS AS THE BASIC METHOD IN CAD SYSTEMS ANTENNAS. Modeling, Optimization and Information Technology. 2015;3(2). Available from: https://moit.vivt.ru/wp-content/uploads/2015/06/Preobrazhensky_2_15_1.pdf DOI: (In Russ).