An analytic model illustrating the effects of rotation on a magnetosphere containing low-energy plasma

Physics

Scientific paper

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Atmospheric Models, Cold Plasmas, Current Sheets, Earth Magnetosphere, Magnetic Field Configurations, Plasma Control, Current Distribution, Equilibrium Equations, Geomagnetism, Plasma Composition, Plasma Layers, Plasma Temperature, Rotating Plasmas

Scientific paper

The structure of an isolated rapidly rotating magnetosphere containing low-energy plasma is treated analytically. The plasma is confined to a thin sheet lying in the equatorial plane. Its effects as far as the magnetosphere as a whole is concerned are equivalent to those of an azimuthal current sheet. When the current distribution is assumed to have a certain form, it is possible to describe the complete solution in terms of simple functions. It is shown that neutral points eventually appear in the magnetic-field configuration, indicating that the magnetosphere is unable to contain additional plasma with the assumed distribution.

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