EFFECT OF CHARACTERISTICS OF THE UNDERLYING SURFACE ON ELECTRODYNAMIC PARAMETERS OF THE ANISOTROPIC MEDIUM IN THE HARMONIC SIGNAL MODE
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Abstract
The article presents the results of a theoretical analysis of the interaction of electromagnetic waves in the mode of a harmonic signal with the underlying surface below the hydrocarbon deposits. The results of calculations of the electrodynamic parameters of the environment above the oil and gas deposits, depending on the variation characteristics of the surface. Shows the influence of the physical properties of solids the collectors on the permittivity tensor. The results of calculations of the frequency dependence the permittivity tensor of the underlying surface. Theoretical analysis of the electrodynamic parameters of the environment of hydrocarbons contributes to optimizing the parameters of signals and radio systems used to search for and delineation of the boundaries of deposits. Recommendations are given for optimizing the characteristics of electromagnetic waves. The research results can be used in geophysics, radiolocation.
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References
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