Electron acoustic solitary waves are studied in a three-component, unmagnetized plasma
composed of hot electrons, fluid cold electrons and ions having finite temperatures. Hot …

Linear and nonlinear properties of obliquely propagating waves are studied in a degenerate
dense cold magnetoplasma, comprising of Thomas-Fermi distributed electrons and ions as …

Nonlinear electrostatic waves in a two-component magnetized plasma comprising of cold
ions and suprathermal electrons following κ-distribution have been analyzed. The nonlinear …

Observations from the Fast Auroral SnapshoT (FAST) satellite indicate that the parallel and
perpendicular (to the Earth's magnetic field) electric field structures exhibit a spiky …

The generation of nonlinear electrostatic solitary waves (ESWs) is explored in a magnetized
four component two-temperature electron–positron plasma. Fluid theory is used to derive a …

The nonlinear evolution of driven low-frequency electrostatic waves is investigated in a three-
component magnetized dusty plasma comprised of a warm dust fluid, electrons, and ions …

Nonlinear ion cyclotron and ion-acoustic waves have been studied in an electron–positron–
ion plasma. Using Boltzmann distributions for the electrons and positrons and fluid …

Nonlinear low-frequency electrostatic waves in a magnetised, three-component plasma
consisting of warm electrons, warm positrons and cool ions have been investigated. The …

Using a fluid theory approach, this article provides a comparative study on the evolution of
nonlinear waves in dusty plasmas, as well as other plasma environments, viz electron-ion …

Solitary waves are a commonly observed form of strong electric fields parallel to the back-
ground magnetic field in space plasmas. It has been repeatedly suggested that they have a …