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Abstract
A method of physical simulation used in solving electrodynamics problems can be successfully used while solving the problems of georadiolocation for modeling electromagnetic fields of high frequency range with the help of super-high frequencies. The values of similarity coefficients of frequencies and geometric lengths in case of physical simulation under laboratory conditions have been found with regard to field conditions of georadiolocation studies with standard antennas of geo-radar «Zond-12e».
Highlights
A method of physical simulation used in solving electrodynamics problems can be successfully used while solving the problems of georadiolocation for modeling electromagnetic fields of high frequency range with the help of super-high frequencies
The values of similarity coefficients of frequencies and geometric lengths in case of physical simulation under laboratory conditions have been found with regard to field conditions of georadiolocation studies with standard antennas of geo-radar «Zond-12e»
Application of modeling of electromagnetic field and GPR measurements in investigations of antique tenement // Geophys
Summary
A method of physical simulation used in solving electrodynamics problems can be successfully used while solving the problems of georadiolocation for modeling electromagnetic fields of high frequency range with the help of super-high frequencies. [Negi, Gupta,1968; Odilavadze, Tatishvili,1988; Sena D’Anna, 2004; Gürel, Oğuz, 2012; Czaja, 2012]. Из уравнений Максвелла [Ganiard, 1953; Бурсиан, 1972; Бердичевский и др., 1987; Sharma, 1997; Neal, 2004] можно получить закон электродинамического подобия, согласно которому две электродинамические системы подобны и результаты одной могут быть применены к другой сиcтеме
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