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Abstract
The technique of solving the dispersion equation for the E00 wave (Sommerfeld wave), which propagates through a cylindrical conductor with large radius a and finite conductivity σ1 in the presence of a surrounding lossy dielectric, has been developed. The presented numerical results are obtained by calculating a cylinder with the earth radius and sea water parameters at the frequencies f = 0.0500−0.9554 MHz. It is shown that f0 = 0.9554 MHz is the limiting frequency.
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