Counter-streaming solar energetic electrons at 1 AU are reflected from precursor ICME shocks beyond 1 AU, shown by multi-spacecraft timing, anisotropy, and prior ICME positioning.
Title resolution pending
3 Pith papers cite this work, alongside 382 external citations. Polarity classification is still indexing.
3
Pith papers citing it
382
external citations · Crossref
fields
physics.space-ph 3years
2026 3representative citing papers
Reconstruction of whistler-mode magnetic field spectra from electric field and plasma measurements on THEMIS E/D yields values within a factor of ~1.5 of direct measurements from intact instruments.
A new Hamiltonian inversion method infers full spatial electric potential profiles in the lunar wake by exploiting electron quasi-static equilibrium f = f(H) with domain decomposition for asymmetry and shocks.
citing papers explorer
-
Solar Energetic Particle Reflection by Precursor ICMEs: Multi-spacecraft Observations of Bi-Directional Electron Beams at 1 AU
Counter-streaming solar energetic electrons at 1 AU are reflected from precursor ICME shocks beyond 1 AU, shown by multi-spacecraft timing, anisotropy, and prior ICME positioning.
-
Whistler-mode waves in near-equatorial THEMIS measurements: reconstruction of magnetic field spectra from electric field and plasma measurements
Reconstruction of whistler-mode magnetic field spectra from electric field and plasma measurements on THEMIS E/D yields values within a factor of ~1.5 of direct measurements from intact instruments.
-
Inferring lunar wake potentials from electron phase space densities
A new Hamiltonian inversion method infers full spatial electric potential profiles in the lunar wake by exploiting electron quasi-static equilibrium f = f(H) with domain decomposition for asymmetry and shocks.