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Electron precipitation observed by ELFIN using proton precipitation as a proxy for electromagnetic ion cyclotron (EMIC) waves
Electromagnetic ion cyclotron (EMIC) waves can drive radiation belt depletion and Low‐
Earth Orbit satellites can detect the resulting electron and proton precipitation. The ELFIN …
Earth Orbit satellites can detect the resulting electron and proton precipitation. The ELFIN …
On the spatial and temporal evolution of EMIC wave‐driven relativistic electron precipitation: Magnetically conjugate observations from the Van Allen Probes and …
Electromagnetic ion cyclotron (EMIC) waves have been shown to be able to drive strong
electron precipitation, particularly at MeV energies. However, the spatio‐temporal evolution …
electron precipitation, particularly at MeV energies. However, the spatio‐temporal evolution …
Modeling the simultaneous dropout of energetic electrons and protons by magnetopause shadowing
Magnetopause shadowing (MPS) effect could drive a concurrent dropout of radiation belt
electrons and ring current protons. However, its relative role in the dropout of both plasma …
electrons and ring current protons. However, its relative role in the dropout of both plasma …
Modeling the effects of drift orbit bifurcation on the magnetopause shadowing loss of radiation belt electrons
Last closed drift shell (LCDS) has been identified as a crucial parameter for investigating the
magnetopause shadowing loss of radiation belt electrons. However, drift orbit bifurcation …
magnetopause shadowing loss of radiation belt electrons. However, drift orbit bifurcation …
[HTML][HTML] Full-wave modeling of EMIC wave packets: ducted propagation and reflected waves
Electromagnetic ion cyclotron (EMIC) waves can scatter radiation belt electrons with
energies of a few hundred keV and higher. To accurately predict this scattering and the …
energies of a few hundred keV and higher. To accurately predict this scattering and the …
Special particle precipitation signatures over giant auroral undulations during the 7 September 2015 geomagnetic storm
YJ Zhou, F He, XX Zhang, YL Zhang… - Geophysical …, 2024 - Wiley Online Library
Giant undulations (GUs) have been well established to be the optical manifestation of the
plasmapause surface wave (PSW) where the wave‐particle interactions provide particle …
plasmapause surface wave (PSW) where the wave‐particle interactions provide particle …
Dependence of electron flux dropouts in the Earth's outer radiation belt on energy and driving parameters during geomagnetic storms
Using 5‐year of measurements from Van Allen Probes, we present a survey of the statistical
dependence of the Earth's outer radiation belt electron flux dropouts during geomagnetic …
dependence of the Earth's outer radiation belt electron flux dropouts during geomagnetic …
On the physical mechanisms driving the different deep penetration of radiation belt electrons and protons
During active geomagnetic periods both electrons and protons in the outer radiation belt
have been frequently observed to penetrate to low L (< 4). Previous studies have …
have been frequently observed to penetrate to low L (< 4). Previous studies have …
Sub‐MeV electron precipitation driven by EMIC waves through nonlinear fractional resonances
Electromagnetic ion cyclotron waves in the Earth's outer radiation belt drive rapid electron
losses through wave‐particle interactions. The precipitating electron flux can be high in the …
losses through wave‐particle interactions. The precipitating electron flux can be high in the …
Unraveling the atmospheric energy input and ionization due to EMIC‐driven electron precipitation from ELFIN observations
Energetic electron precipitation (EEP) from the radiation belts into Earth's atmosphere leads
to several profound effects (eg, enhancement of ionospheric conductivity, possible …
to several profound effects (eg, enhancement of ionospheric conductivity, possible …