The electric and magnetic fields instrument suite and integrated science (EMFISIS): Science, data, and usage best practices
We provide a post-mission assessment of the science and data from the Electric and
Magnetic Field Instrument Suite and Integrated Science (EMFISIS) investigation on the …
Magnetic Field Instrument Suite and Integrated Science (EMFISIS) investigation on the …
Ensemble modeling of radiation belt electron acceleration by chorus waves: Dependence on key input parameters
We perform ensemble simulations of radiation belt electron acceleration using the quasi‐
linear approach during the storm on 9 October 2012, where chorus waves dominated …
linear approach during the storm on 9 October 2012, where chorus waves dominated …
Combined scattering of radiation belt electrons caused by Landau and bounce resonant interactions with magnetosonic waves
We develop a full relativistic test particle code to model the combined electron scattering
effect of Landau and bounce resonances with magnetosonic waves. Test particle …
effect of Landau and bounce resonances with magnetosonic waves. Test particle …
Sensitivity of EMIC wave‐driven scattering loss of ring current protons to wave normal angle distribution
Electromagnetic ion cyclotron waves have long been recognized to play a crucial role in the
dynamic loss of ring current protons. While the field‐aligned propagation approximation of …
dynamic loss of ring current protons. While the field‐aligned propagation approximation of …
Evolution of radiation belt electron pitch angle distribution due to combined scattering by plasmaspheric hiss and magnetosonic waves
Both magnetosonic (MS) waves and plasmaspheric hiss can resonantly scatter outer
radiation belt electrons, leading to various electron pitch angle distribution. Based on …
radiation belt electrons, leading to various electron pitch angle distribution. Based on …
Distinct formation and evolution characteristics of outer radiation belt electron butterfly pitch angle distributions observed by Van Allen Probes
Key Points Radiation belt electron butterfly PADs exhibited both short‐duration (~ hours)
and long‐duration (~ days) variations along with strong dependence on energy, L‐shell and …
and long‐duration (~ days) variations along with strong dependence on energy, L‐shell and …
Revisit the analytical approximation of transit‐time scattering for fast magnetosonic waves
X Yu, Z Yuan, J Yu - Geophysical Research Letters, 2020 - Wiley Online Library
Nonresonant interactions between fast magnetosonic waves and magnetospheric particles
have obtained more and more attention. Through such nonresonant interactions …
have obtained more and more attention. Through such nonresonant interactions …
The role of the inner radiation belt dynamic in the generation of auroral-type sporadic E-layers over south American magnetic anomaly
The dynamics of the electron population in the Earth's radiation belts affect the upper
atmosphere's ionization level through the low-energy Electron Precipitation (EP). The impact …
atmosphere's ionization level through the low-energy Electron Precipitation (EP). The impact …
Combined scattering of outer radiation belt electrons by simultaneously occurring chorus, exohiss, and magnetosonic waves
We report a typical event that fast magnetosonic (MS) waves, exohiss, and two‐band chorus
waves occurred simultaneously on the dayside observed by Van Allen Probes on 25 …
waves occurred simultaneously on the dayside observed by Van Allen Probes on 25 …
Scattering of radiation belt electrons by fast magnetosonic waves: Considering the kinetic effects
When assessing the scattering of radiation belt electrons by fast magnetosonic (MS) waves,
it is traditionally assumed that the waves follow the MS/whistler branch of the cold plasma …
it is traditionally assumed that the waves follow the MS/whistler branch of the cold plasma …