Head-on collision among dust acoustic (DA) multi-solitons in a dusty plasma with ions
featuring non-Maxwellian hybrid distribution under the effect of the polarization force is …

The nonlinear ion acoustic wave propagation in a strongly coupled plasma composed of
ions and trapped electrons has been investigated. The reductive perturbation method is …

In this investigation, head-on collision of ion-acoustic (IA) multi-solitons and study of
characteristics of ion acoustic rogue waves in an unmagnetized plasma which includes ion …

The proliferation of dust-acoustic nonlinear electrostatic waves in dusty plasma bound to
nonthermal electrons and trapped nonthermal ions have been studied. The fluid …

This investigation presents the influence of polarization force on dust acoustic kinetic Alfvén
solitary waves (DAKASWs) and phase portrait analysis in a magnetized dusty plasma …

This work aims to examine the (non) linear properties of the dust-acoustic waves (DAWs) in
a polarized superthermal complex magnetoplasma. The existing plasma model consists of …

Based on the kinetic theory, Landau dam** of dust acoustic waves (DAWs) propagating in
a dusty plasma composed of hybrid nonthermal nonextensive distributed electrons …

The rarefactive KdV solitary waves in a dusty plasma have been extensively studied
analytically and found experimentally in the previous works. Though the envelope solitary …

The nonlinear features of dust acoustic waves (DAWs) propagating in a multicomponent
dusty plasma with negative dust grains, Maxwellian ions, and double spectral electron …

Dark solitons collision in an ultracold neutral plasma in the framework of the
phenomenological generalized hydrodynamic model is reported. The derivative expansion …