The linear and nonlinear properties of a dust ion acoustic wave (DIAW) propagating in an
electron-dust-ion plasma are investigated from both analytical and numerical perspectives …

A theoretical investigation has been made on the oblique propagation of arbitrary dust-
acoustic solitary waves in an electron depleted magnetized dusty plasma which consists of …

A theoretical study is presented for the oblique propagation of linear and nonlinear ion
acoustic waves in a dense electron-ion quantum plasma, as that found in dense …

The role the polarization force acting on dust particles may play on the energy carried by the
dust‐acoustic (DA) soliton is examined. This force is due to the deformation of the Debye …

The contribution of higher order corrections to the DA soliton energy in the presence of
nonthermal ions is investigated. Our plasma model is inspired from the experimental study of …

Propagation of an ion acoustic wave (IAW) in a magnetized electron–ion plasma, which is
rotating around an axis at an angle θ with the direction of magnetic field, is studied by …

Main concerns of the present article are to investigate the effects of dust charging and
trapped electrons on the solitary structures evolved in an inhomogeneous magnetized …

The electrons exchange–correlation influence on the energy carried by the quantum ion-
acoustic soliton (QIAS) is succinctly discussed. Starting from the one-dimensional quantum …

The role of adiabatic trapped ions on a small but finite amplitude dust acoustic wave,
including the effect of adiabatic dust charge variation, is investigated in an unmagnetized …

The nonlinear quantum dust acoustic waves with effects of nonplanar cylindrical geometry,
quantum corrections, and transverse perturbations are studied. By using the perturbation …