The horizontal propagation of Pc1 pulsations in the ionosphere

Computer Science – Numerical Analysis

Scientific paper

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Geomagnetic Micropulsations, Ionospheric Propagation, Plane Waves, Coupled Modes, Magnetohydrodynamic Waves, Numerical Analysis, Snells Law, Wave Interaction

Scientific paper

The paper presents the propagation properties of the elements of the plane-wave angular spectrum of a Pc1 pulsation signal in the ionosphere determined by a full-wave numerical analysis. A spectral component is characterized by the wave-vector azimuthal direction and the Snell constant S. Coupling of energy from the field-guided L-mode to the R-mode occurs along the entire length of the L-mode trajectory within the ionospheric duct in which the R-mode can propagate; within this duct, the R-mode attenuation is determined by R to L-mode coupling which should lead to enhanced injection of energy into E-W high altitude and high velocity paths, but to a higher attenuation at oblique angles.

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