Helicon high-density (up to~ 1013 cm− 3) plasma sources using a radio frequency wave in
the presence of a magnetic field under a low pressure are very promising for various …

Observations of three closely‐spaced THEMIS spacecraft at 9–11 Re near midnight and
close to the neutral sheet are used to investigate a sharp injection/dipolarization front (SDF) …

Using observations from the FAST small explorer spacecraft, we present fields and plasma
observations above the dayside auroral oval showing the erosion of ionospheric plasmas …

This paper presents results from a numerical study of nonlinear interactions between ultra‐
low‐frequency (ULF) electromagnetic waves and the magnetospheric‐ionospheric plasma …

An important property associated with turbulence in plasmas and fluids is anomalous
transport. Plasma, being a good conductor, can in addition be affected by turbulence …

Solar radiation, along with cosmic radiation, ionizes the Earth's atmosphere and creates a
dense layer known as the ionosphere. By considering weakly relativistic degenerate plasma …

It is shown that the dominant nonlinear effect makes the evolution of whistler turbulence
essentially three dimensional in character. Induced nonlinear scattering due to slow density …

The ducting of whistler waves by systems of small‐scale field‐aligned plasma density
depletions is studied. Similarly to our previous paper (Zudin et al., 2019, https://doi …

Plasma exhibits many interesting phenomena from earth to space in an unusually wide
range of density and temperature parameters. Often, drastic changes in structural formation …

Past satellite observations in the polar region at about 4,000 km altitude have reported lower
hybrid waves (LHWs) and their harmonics, but the excitation mechanism of the harmonic …