METHODS OF RADIO COMPLEXING IN SEARCHING FOR HYDROCARBONS
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Abstract
The article studies the characteristics of an anisotropic medium over hydrocarbons under the influence of a powerful low-frequency signal, a powerful high-frequency signal and radio pulse signals. The modeling of the components of the tensors of the dielectric constant and the surface impedance of the medium over hydrocarbon deposits has been carried out. The dependences of the real component of the dielectric constant on frequency are investigated for the modes of a powerful low-frequency signal, a powerful high-frequency signal. The characteristics of an anisotropic medium over hydrocarbon deposits for radio pulse signals from the carrier frequency and radio pulse duration are modeled. The dependences of the absolute, imaginary and phase characteristics of the surface impedance of an anisotropic medium over hydrocarbons are investigated. Recommendations are given for improving the methods of electrical prospecting and equipment for their implementation based on the use of radiocomplexing of electromagnetic methods of geological prospecting in order to increase the accuracy of determining the boundaries of oil and gas deposits and the information content of the considered electromagnetic methods of electrical prospecting. The research results can be applied for exploration geophysics.
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References
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