This study aims to examine the properties of the nonplanar (cylindrical and spherical) ion-
acoustic solitary waves (SWs) and cnoidal waves (CWs) in a collisionless, unmagnetized …

The head-on collision between two ion-acoustic solitons (IASs) is studied in pair ions
plasmas with hybrid Cairns–Tsallis-distributed electrons. The chosen model is inspired from …

The interaction of positron acoustic soliton waves (PASWs) with the arbitrary collision angle
in plasma including cold fluid positrons, stationary ions and electrons with Kappa-Cairns …

The specifications of ion-acoustic soliton waves (IASWs) of plasma, including warm fluid
ions and Cairns-Tsallis (CT) distributed electrons and positrons, were investigated. The …

We found that the rare distribution of velocities in quasisteady states of the dipole-type
Hamiltonian mean-field model can be explained by the Cairns-Tsallis distribution, which has …

A rigorous theoretical study is performed to understand the characteristics of nonlinear
electron acoustic (EA) solitary waves propagating in collisionless magnetized plasma …

A dusty plasma, composed of charge-fluctuating dust, and hybrid Cairns–Tsallis ions and
Boltzmann electrons is considered to study the cylindrical/spherical dust acoustic shock …

In the present research paper, propagation attributes of nonlinear electron-acoustic (EA)
waves have been investigated in an unmagnetised plasma system consisting of cool fluid …

In this paper, we have studied the three-dimensional (3D) electron-acoustic waves (EAWs)
in a three-component complex plasma containing q-non-extensive distributed hot electrons …

The study of ion acoustic shocks (IAShs) in a plasma with warm inertial ions, Cairns-Tsallis
(CT) distributed hot electrons, and an electron beam is presented in this work. The Burgers …