We investigate the character of ion-acoustic (IA) solitary waves in plasma structures that
experience rotational motions. The plasma properties associated with white dwarf stars that …

The complex pattern and propagation characteristics of nonlinear periodic ion-acoustic
waves, namely, ion-acoustic cnoidal waves, in a dense relativistic degenerate …

The modulational instability (MI) of Schamel/modified nonlinear Schrödinger equation
(SNLSE) or (mNLSE) and the associated envelope excitations, including bright solitons in a …

The properties of ion acoustic solitary and periodic structures are studied in magnetized two-
ion component (O+− H+− e) plasmas with (r, q) distributed electrons. It is found that two …

The aim is to state the properties of ion acoustic solitary waves in course of collision and
extract characteristics of the daughter wave in a magnetized electron–ion plasma. The …

Nonlinear electrostatic waves on the ion time scale have been studied in a quantum
magnetoplasma in the presence of relativistically degenerate electrons. In this regard …

In this research, the modulation of a weakly three-dimensional electrostatic ion-acoustic
wave (IAW) is studied in dense magnetoplasma consisting of relativistic degenerate …

In this paper, we employ a weakly relativistic fluid model to study the nonlinear amplitude
modulation of electrostatic waves in an unmagnetized electron-positron-ion plasma. It is …

The three-dimensional instability of isothermal ion-acoustic (IIA) solitary waves is examined
in a magnetized ultra-relativistic degenerate multicomponent plasma, comprising …

The electrostatic travelling wave structures have been investigated in degenerate dense
magnetoplasmas consisting of relativistic degenerate inertialess electrons and positrons, as …