DISTRIBUTION OF RADIO IMPULSE SIGNALS IN ANISOTROPIC ENVIRONMENTS ON HYDROCARBONS
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Abstract
The article presents the results of experimental interaction of electromagnetic waves in the mode of radio pulse signals with the medium above hydrocarbon deposits. The resonant frequencies of a change in the reflection coefficient from an anisotropic medium over a deposit in the mode of radio pulse signals for vertical and horizontal polarizations of electromagnetic waves are theoretically determined. Experimental confirmation of the resonant behavior of the reflection coefficient at 93 MHz for vertical and 115 MHz for the horizontal polarizations of electromagnetic waves in the radio pulse mode was carried out. Studies can be applied to determine the characteristics of the environment above the reservoir during the propagation of electromagnetic waves with right and left circular polarizations, which increases the informativeness of contouring methods and the allocation of hydrocarbon deposits. The values of the modulating frequency are set to increase the level of hydrocarbon deposits, unambiguous determination of the boundaries of the deposit. The complexing of methods aimed at determining, the combination of which with the deep-seated methods will lead to economic gains with an increase in the accuracy of determining the boundaries.
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References
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