The large amplitude nonlinear ion acoustic solitary wave propagating obliquely to an
external magnetic field in a magnetized plasma with kappa distributed electrons and warm …

We have applied the Sagdeev pseudo-potential approach and phase portrait analysis to
confirm the existence of different dust-ion acoustic (DIA) nonlinear wave structures in a …

Stationary dust-ion-acoustic (DIA) solitons in plasma with non-Maxwellian electron
distribution function (DF) are studied. This is an important issue in low-pressure electrical …

Abstract The Korteweg–de Vries electrostatic solitons are studied in the presence of
anisotropic ion pressure in a strongly magnetized plasma. The anisotropic ion pressure is …

The nonlinear wave structures of ion acoustic waves (IAWs) in a magnetized plasma with the
combined effect of bounded cylindrical geometry and superthermal electrons and warm ions …

A numerical study is presented of the nonlinear dynamics of a magnetized, cold, non-
relativistic plasma, in the presence of electron-ion collisions. The ions are considered to be …

Nonlinear ion-acoustic solitary wave structures in collisionless, non-relativistic,
homogenous, magneto-rotating plasma, in which the electron species follow the kappa …

The oblique propagation of nonlinear periodic ion-acoustic waves in magnetized dusty
plasma is investigated. The equations describing the dynamics of the wave potential in the …

The Sagdeev potential technique has been used to investigate the arbitrary amplitude ion
acoustic solitary structures in a collisionless magnetized dusty plasma consisting of …

The semiclassical hydrodynamic model is used to study the effect of electron exchange-
correlation potential, quantum Bohm term, and degenerate pressure on the dynamics of dust …