On the structures and mapping of auroral electrostatic potentials

Mathematics – Logic

Scientific paper

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Atmospheric Electricity, Auroral Zones, Electric Potential, Electrostatics, Atmospheric Models, Earth Ionosphere, Earth Magnetosphere, Magnetosphere-Ionosphere Coupling, Mapping, Topology

Scientific paper

The mapping of magnetospheric and ionospheric electric fields in the Chiu and Cornwall (1980) kinetic model of magnetospheric-ionospheric electrodynamic coupling is examined. The model, which includes the generalization of the kinetic current potential relationship to the return current region, permits the presentation of a coherent phenomenological account of both the low-energy return current and the high-energy precipitation of an inverted V. The mapping between magnetospheric and ionospheric electric fields is phrased in terms of a Green's function that acts as a filter, emphasizing magnetospheric latitudinal spatial scales on the order of 50-150 km. This length is identified as roughly the overall size of the inverted V region, and, when multiplied by the perpendicular electric field just above the ionosphere, is found to yield the magnitude of the potential drop between the ionosphere and equatorial magnetosphere.

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