Many spacecraft fly within or through a natural and variable particle accelerator powered by
the coupling between the magnetosphere and the solar wind: the Earth's radiation belts …

The magnetosphere of Jupiter harbors the most extreme fluxes of MeV electrons in the solar
system and therefore provides a testbed of choice to understand the origin, transport …

Planetary science is the science of studying planets, moons, and planetary systems. The
scale of the research objects ranges from small meteoroids to large gas giant planets, and …

Plasmaspheric hiss waves at the Earth are well known for causing losses of electrons from
the radiation belts through wave particle interactions. At Saturn, however, we show that the …

The features of electron pitch angle distributions (PADs) often imply different physical
mechanisms in planetary magnetospheres. We report a simultaneous equatorial …

This study evaluates the coded aperture imaging method for pitch angle observations of
magnetospheric energetic electrons in the solar, Earth, and planetary space environments …

In the past two years, many progresses were made in magnetospheric physics by the data of
OMNI, SuperMAG networks, Double Star Program, Cluster, THEMIS, RBSP, DMSP …

The national and international progress in deep space exploration has greatly promoted the
development of planetary science in China. Substantial progress in different areas of …