Plasmas are believed to be possibly the most abundant form of ordinary matter in the
Universe, supporting a variety of the wave phenomena, while a dusty plasma is of interest as …

Cosmic plasmas are considered as the most abundant form of ordinary matter in the
Universe while observations of the cosmic dust in different regions provide an insight into …

The propagation of cylindrical and spherical (nonplanar) electrostatic ion-acoustic waves
(IAWs) in a collisionless, unmagnetized, and homogeneous plasma consisting of hot and …

Plasmas are known as the most abundant form of matter in the Universe. Nowadays, with
respect to the cosmic plasmas, considerable efforts have been put into investigating the …

The nonlinear properties of fast magnetosonic solitary waves in a quantum degenerate
electron-positron (ep) plasma in the presence of stationary ions for neutralizing the plasma …

A staged Z-pinch is a fusion concept where a high atomic number liner compresses a fusion
fuel (deuterium–deuterium or deuterium–tritium) target. Here, we report new results from …

A theoretical investigation is carried out for understanding the nonlinear properties of
electron acoustic solitary waves (EASWs) in an unmagnetized, collisionless plasma …

The propagation of nonlinear magnetosonic wave in electron-iondust (complex) plasmas,
considering the effects of Bohm potential in the presence of an external magnetic field is …

The nonlinear propagation of ion acoustic shock waves (IASWs) are studied in an
unmagnetized plasma consisting of nonthermal electrons, nonthermal positrons, and singly …

In this paper, the characteristics of two-dimensional magnetosonic (MS) shock waves have
been studied in a nonplanar relativistic degenerate collisional magnetoplasma whose …