It is well known that the interaction between interplanetary (IP) shocks and the Earth's
magnetosphere would generate/excite various types of geomagnetic phenomena …

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 …

The spatial localization of whistler mode waves, determined by their generation process,
propagation, and dam**, is important for assessing the efficiency of wave‐particle …

The composition of the inner magnetosphere is of great importance for determining the
plasma pressure and thus the currents and magnetic field configuration. In this study, we …

The background cold electron density plays an important role in plasma and wave
dynamics. Here, we investigate an event with clear modulation of the particle fluxes and …

Plasmaspheric hiss plays a key role in sha** the radiation belt environment, whose origin
remains under active debate. Using the wave and particle data of Van Allen Probes …

Abstract The Van Allen radiation belts are an extraordinary science discovery in the Earth
magnetosphere and consist of two electron belts. The inner Van Allen belt contains …

Chorus waves play a significant role in both electron precipitation and acceleration in Earth's
radiation belts. Their generation includes the initial linear process and subsequent nonlinear …

Interplanetary (IP) shocks have substantial impact on particles and electromagnetic fields
when arriving at the Earth's magnetosphere. In this study, we have examined the dynamics …

Magnetosonic waves are highly oblique whistler mode emissions transferring energy from
the ring current protons to the radiation belt electrons in the inner magnetosphere. Here we …