[HTML][HTML] The relativistic electron-proton telescope (REPT) investigation: Design, operational properties, and science highlights
Abstract The Relativistic Electron-Proton Telescope (REPT) instruments were designed to
measure∼ 2 to> 18 MeV electrons and∼ 18 to> 115 MeV protons as part of the science …
measure∼ 2 to> 18 MeV electrons and∼ 18 to> 115 MeV protons as part of the science …
The magnetic electron ion spectrometer: A review of on-orbit sensor performance, data, operations, and science
SG Claudepierre, JB Blake, AJ Boyd… - Space Science …, 2021 - Springer
Measurements from NASA's Van Allen Probes have transformed our understanding of the
dynamics of Earth's geomagnetically-trapped, charged particle radiation. The Van Allen …
dynamics of Earth's geomagnetically-trapped, charged particle radiation. The Van Allen …
Global‐scale ULF waves associated with SSC accelerate magnetospheric ultrarelativistic electrons
We study electron behavior in the outer radiation belts during the 16 July 2017 storm sudden
commencement (SSC), in which prompt intensification of ultrarelativistic electron fluxes was …
commencement (SSC), in which prompt intensification of ultrarelativistic electron fluxes was …
Relativistic electron dynamics produced by azimuthally localized poloidal mode ULF waves: Boomerang‐shaped pitch angle evolutions
We present an analysis of “boomerang‐shaped” pitch angle evolutions of outer radiation
belt relativistic electrons observed by the Van Allen Probes after the passage of an …
belt relativistic electrons observed by the Van Allen Probes after the passage of an …
Competition between the source and loss processes of radiation belt source, seed, and relativistic electrons induced by a magnetic cloud event
The radiation belt energetic electrons that are trapped by the geomagnetic field are one kind
of space plasma and magnetic fluid. We quantitatively study the competition process …
of space plasma and magnetic fluid. We quantitatively study the competition process …
Drift phase resolved diffusive radiation belt model: 1. Theoretical framework
Most physics-based models provide a coarse three-dimensional representation of radiation
belt dynamics at low time resolution, of the order of a few drift periods. The description of the …
belt dynamics at low time resolution, of the order of a few drift periods. The description of the …
Relativistic electron enhancements through successive dipolarizations during a CIR‐driven storm
Relativistic electrons in the Earth's radiation belts are highly dynamic on a variety of
timescales during the geomagnetic storm. Using Van Allen Probe spacecraft data, we …
timescales during the geomagnetic storm. Using Van Allen Probe spacecraft data, we …
Prompt injections of highly relativistic electrons induced by interplanetary shocks: A statistical study of Van Allen Probes observations
We conduct a statistical study on the sudden response of outer radiation belt electrons due
to interplanetary (IP) shocks during the Van Allen Probes era, ie, 2012 to 2015. Data from …
to interplanetary (IP) shocks during the Van Allen Probes era, ie, 2012 to 2015. Data from …
Origin of electron boomerang stripes: Localized ULF wave‐particle interactions
Ultralow frequency (ULF) wave‐particle interactions play a significant role in the radiation
belt dynamic process, during which drift resonance can accelerate and transport energetic …
belt dynamic process, during which drift resonance can accelerate and transport energetic …
Statistical analysis of the phase space density changes of radiation belt source, seed, and relativistic electrons in response to geomagnetic storms
The radiation belt “source”(a few to tens of keV),“seed”(hundreds of keV), and “relativistic”(>
1 MeV) electrons are highly fabricated by geomagnetic storms or substorms. The present …
1 MeV) electrons are highly fabricated by geomagnetic storms or substorms. The present …