Spectral characteristics of electron fluxes at L < 2 under the Radiation Belts |
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Authors: | O.R. Grigoryan M.I. Panasyuk V.L. Petrov V.N. Sheveleva A.N. Petrov |
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Affiliation: | aSkobeltsyn Institute of Nuclear Physics, Moscow State University, Vorobyevy gory, Moscow 119991, Russia |
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Abstract: | The paper presents the analysis of experimental data on electron fluxes with energies 10 keV–10 MeV. Data were obtained during 1978–2005 years in different space experiments (COSMOS-900, MIR Space Station, ACTIVE, SAMPEX, CORONAS-I, CORONAS-F, NOAA POES-17, TATYANA and others). Two areas of electron flux enhancements are studied in the paper: the near-equatorial (L < 1.2) zone and the middle-latitude (1.2 < L < 1.9) zone. It is shown that electron flux enhancements are regularly registered at L < 2 and the observed formations have some typical features. Electron peaks at L < 1.2 appear sporadically while peaks at 1.2 < L < 1.9 are observed regularly. The approximations of spectra by several functions including kappa-function are presented. |
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Keywords: | Radiation belts Electron flux enhancements Space experiments Electron spectra |
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