Precipitation loss is one of the most important loss processes of ring current ions and is also one of the most prevailing theories to explain the fas...

Drift periodic echoes of electrons in the inner belt appear as structured bands in energy spectrograms, also known as zebra stripes. Such phenomenon i...

In this study, we investigate the dynamics of cold protons energized by electromagnetic ion cyclotron (EMIC) waves through nonresonance interactions. ...

The radiation belts are the regions in Earths inner magnetosphere where energetic charged particles are geomagnetically trapped, azimuthally drifting ...

Using a 2-D self-consistent GCPIC simulation model in a dipole field, we investigate electron dynamics under resonance with chorus waves in the Earths...

The electric field in the inner magnetosphere plays an important role in the dynamics of several coupled plasma populations. The plasmasphere is direc...

During geomagnetic storms, electron fluxes in Earths outer radiation belt and slot region are highly dynamic. Electrons within these regions can under...

In Earths inner magnetosphere, multi-MeV electron drift-periodic flux oscillations occur. These have been shown to most likely be a result of radial d...