Penetrating and non-penetrating mode propagation in the ionosphere in the light of eigenmode scattering relations

Physics

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Atmospheric Scattering, Electromagnetic Wave Transmission, Ionospheric Propagation, Propagation Modes, Radio Scattering, Very Low Frequencies, Atmospheric Stratification, Low Frequencies, Polarization (Waves), Transmissivity, Wave Propagation

Scientific paper

The propagation of penetrating and nonpenetrating modes of VLF and LF electromagnetic waves in a plane-stratified ionosphere is investigated using generalized scattering theorems. The biorthogonality and amplitudes of the base modes in a plane-stratified medium are considered, and the transmission coefficients of upgoing circularly polarized base modes producing large and almost zero intensities in the highest layers are determined, together with the polarizations of the penetrating-mode (whistler) electric wave and the downgoing wave below the ionosphere generated by the downgoing whistler. Consideration is also given to the special cases of mode propagation in the vertical and east-west directions, and the equatorial ionosphere.

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