Georadiolocation physical modeling for disk-shaped voids

Abstract

Georadiolocation\5,6,9,10,11\, one of modern and rapidly developing branches of Geophysics, according to its activity spheres, requires maximally increased resolution of textures of certain objects located near the surface. For discovering and verification of the textures of such targets the field of Georadiolocation uses the direct and inverse tasks \7,8.\, widely used in electrodynamics, by means of mathematical modeling. In electrodynamics for mathematical tasks some initial and boundary conditions are introduced. For them Maxwell’s electrodynamics equations are solved, according to the solution results the correspondence of the model to its physical reality is determined and the physical essence of the phenomenon is revealed.