Multi‐Year Statistics of LEO Energetic Electrons as Observed by the Korean NextSat‐1

Monitoring the Earth's radiation belt by Low‐Earth‐Orbit (LEO) satellites has a long history and complemented observations near the high‐altitude equatorial plane. However, most of the previous LEO missions suffered from limitations in energy resolution, energy range, L‐shell coverage, or the m...

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Veröffentlicht in:	Space Weather 2021-08, Vol.19 (8), p.n/a
Hauptverfasser:	Park, Jaeheung, Min, Kyoung Wook, Seo, Hoonkyu, Kim, Eo‐Jin, Ryu, Kwangsun, Sohn, Jongdae, Seon, Jongho, Yoo, Ji‐Hyeon, Lee, Seunguk, Kress, Brian, Lee, Junchan, Woo, Changho, Lee, Dae‐Young
Format:	Artikel
Sprache:	eng
Schlagworte:	Altitude Artificial satellites Astronauts Context Correlation coefficient Correlation coefficients Diurnal variations Earth Electron flux Electrons Energetic particles Energy resolution Fluctuations Geomagnetic activity Geomagnetism GOES17 Jupiter Low earth orbits Low‐Earth Orbit Monitoring NextSat‐1 Outer radiation belt Probes Radiation radiation belt Radiation belts Satellites Spacecraft Statistics
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Zusammenfassung:	Monitoring the Earth's radiation belt by Low‐Earth‐Orbit (LEO) satellites has a long history and complemented observations near the high‐altitude equatorial plane. However, most of the previous LEO missions suffered from limitations in energy resolution, energy range, L‐shell coverage, or the mission lifetime, which leave room for further improvement in this topic. For
ISSN:	1542-7390 1539-4964 1542-7390
DOI:	10.1029/2021SW002787