Particles and the magnetic field in the outer midday magnetosphere of the earth.
A. Antonova, V.P. Shabanskii
Abstract
A. Antonova, V.P. Shabanskii
Abstract
The relation between the behavior of the magnetic field and charged particle distribution in the outer magnetosphere is investigated. The role of the seasonal and daily variations of the geomagnetic dipole axis and allowance for the interplanetary field in determining the shape of the magnetosphere and the distribution of charged particle fluxes are discussed. The magnetic field distribution, obtained theoretically, is compared with the results of the empirical model of the magnetosphere of Mead and Fairfield. 22 references.
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The relation between the behavior of the magnetic field and charged particle distribution in the outer magnetosphere is investigated. The role of the seasonal and daily variations of the geomagnetic dipole axis and allowance for the interplanetary field in determining the shape of the magnetosphere and the distribution of charged particle fluxes are discussed. The magnetic field distribution, obtained theoretically, is compared with the results of the empirical model of the magnetosphere of Mead and Fairfield. 22 references.
Key concepts: Magnetosphere, Earth's magnetic field, Ring current, Mercury's magnetic field, Physics, Ionospheric dynamo region, Geophysics, Magnetic dipole