A one-dimensional multifluid hydrodynamic model has been adopted as basis for an
investigation of the role of suprathermal electrons on the wave breaking amplitude limit for …

A four-component magnetized collisional κ− nonthermal plasma containing stationary dust
grains of opposite charges, inertial ion fluid, and non-inertial κ− distributed superthermal …

The detection of dust within Saturn's rings through instruments on Voyager 1, Voyager 2,
and Cassini missions has sparked our interest in investigating the evolution of electrostatic …

Ion acoustic waves (IAWs) in an electron–positron–ion (EPI) plasma are studied as affected
by various plasma parameters, eg, electron density, ion temperature, cold ion cyclotron …

Characteristics of solitary waves, breather waves and hybrid waves to a new (3 + 1)-dimensional
nonlinear evolution equation in a quantum magnetoplasma - IOPscience This site uses …

We provide a formulation that describes the propagation of solitons in a nondissipative,
nonmagnetic plasma, which does not depend on the particular electron density distribution …

The dynamics of fully nonlinear structure of six-component dusty cometary plasma system
with the help of Sagdeev pseudo-potential techniques have been investigated. This plasma …

We study the magnetosonic waves (MWs) propagating in magnetized plasmas comprising
light warm ions, cold heavy ions and hot electrons at the Earth's ionosphere. The dispersion …

Dust acoustic waves (DAWs) in plasmas are influenced by many plasma parameters, such
as, ion temperature, electron number density, nonthermal and nonextensive parameters …

In order to investigate collisionless radiofrequency plasma sheaths containing dust particles,
three models are utilized: the novel kinetic scheme. Ensemble-in-Spacetime (EST) model for …