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 …

Dissipative solitons, self-sustained localized structures that emerge in nonlinear systems,
have attracted significant attention in various fields of physics of fluids. In this paper, we …

The overtaking collision of dust acoustic waves (DAWs) featuring electrons distributed
according to a hybrid Cairns-Tsallis model and Boltzmann-distributed ions is investigated in …

Employing the Sagdeev pseudopotential technique, we have investigated ion-acoustic
double layers (IADLs) in multicomponent plasma comprising adiabatic ions (positive and …

The characteristic of electron-acoustic (EA) solitary waves is investigated in an
unmagnetized collisionless plasma system comprising cold electrons, superthermal …

In this paper we have discussed the consequence of superthermal electrons and negative
ion concentration on the arbitrary amplitude ion-acoustic double layers (IA-DLs) for plasma …

The existence and polarity of dust acoustic double layers (DADLs) in a magnetized self-
gravitating opposite polarity dusty plasma (OPDP) have been investigated. The constituents …

The propagation and interaction of dust-ion-acoustic solitons in the plasma composed of
superthermal electrons and positrons, positively charged inertial ion, and static dust particles …

A novel nonlinear structure is reported with a'near-unipolar'solution which is obtained
analytically by using Sagdeev pseudopotential technique for a three component magnetized …