Comparative Study of the Energetic Electrons Registered Together with the Broad Band Emissions in Different Regions of the Ionosphere

IF 0.7 Q4 ASTRONOMY & ASTROPHYSICS Artificial Satellites-Journal of Planetary Geodesy Pub Date : 2020-12-01 DOI:10.2478/arsa-2020-0010
J. Blecki, R. Wronowski, J. Słomiński, S. Savin, R. Iwański, R. Haagmans
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Abstract

Abstract ELF/VLF waves have been registered in the outer polar cusps simultaneously with high energy electrons fluxes by the satellites Magion 4 (subsatellite to Interball 1), Polar and CLUSTER. Further, we discuss similar observations in the different regions of the ionosphere, where DEMETER registered energetic electrons. The DEMETER satellite operating on the nearly polar orbit at the altitude 650 km crossed different regions in the ionosphere. Registrations of ELF/VLF/HF waves together with the energetic electrons in the polar cusp, in the ionospheric trough and over thunderstorm areas are presented in this paper. The three satellites of ESA’s Swarm mission provide additional information on the ELF waves in the mentioned areas together with electron density and temperature. A brief discussion of the generation of these emissions by the so-called “fan instability” (FI) and beam instability is presented.
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电离层不同区域高能电子和宽带发射配准的比较研究
摘要Magion 4号卫星(Interball 1号卫星的子卫星)、polar和CLUSTER已经在外极尖端记录到ELF/VLF波,同时记录到高能电子通量。此外,我们还讨论了电离层不同区域的类似观测结果,DEMETER在这些区域记录了高能电子。DEMETER卫星在650公里高度的接近极地轨道上运行,穿过电离层的不同区域。本文介绍了ELF/VLF/HF波和高能电子在极尖、电离层槽和雷暴区的记录。欧空局Swarm任务的三颗卫星提供了关于上述区域ELF波以及电子密度和温度的额外信息。简要讨论了所谓的“扇形不稳定性”(FI)和光束不稳定性产生这些发射。
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