The Earth's diffuse auroral precipitation provides the major source of energy input into the
nightside upper atmosphere and acts as an essential linkage of the magnetosphere …

Theoretical and numerical models of chorus waves are reviewed in this paper. Specifically,
we focus on the nonlinear wave particle interactions and the current understanding of the …

Using the statistical wave power spectral profiles obtained from CRRES wave data within
the 0000–0600 MLT sector under different levels of geomagnetic activity and a modeled …

A statistical survey of plasma densities and electron distributions (0.5–100 keV) is performed
using data obtained from the Time History of Events and Macroscale Interactions During …

How to properly describe resonant interactions between electrons and quasi‐coherent
chorus waves is still an open question. Previous studies have progressed from modeling …

Using our recently introduced hybrid finite difference method, we develop a three‐
dimensional (3‐D) code to solve a fully bounce‐averaged pitch‐angle and energy diffusion …

Statistical results on the global distribution of suprathermal electron (0.1–10 keV) fluxes are
shown both outside and inside the plasmasphere separately, using electron data from …

We present a three‐dimensional code (storm‐time evolution of electron radiation belt,
STEERB) for the storm‐time evolution of electron radiation belt following the preceding work …

The temporal evolution of the phase space density of plasma sheet electrons (100 eV–30
keV) injected into the nightside at L= 6 during moderate geomagnetic activity is investigated …

Abstract We present Van Allen Probes observations of periodic chorus wave emissions in
the troughs of compressional ultralow frequency (ULF) waves. During this event, the spectral …