All the bodies of the solar system are embedded in the supersonic flux of energetic particles
emitted by the Sun. Since the advent of the space age, the models to describe the interaction …

The modulational instability of dust acoustic (DA) waves propagating in a four-component
dusty plasma system comprising negatively and positively charged dust grains as well as …

Context. The Mutual Impedance Probe (RPC-MIP) carried by the Rosetta spacecraft
monitored both the plasma density and the electric field in the close environment of comet …

Nonlinear ion acoustic solitary wave structures in electron-positron-ion (epi) magnetized
rotating plasmas is studied. The electron and positron species are assumed to be …

The background plasma is assumed to have generalized (r, q) (r,q) distribution for the
electrons in the solar wind. The propagation of a beam of hot electrons through solar wind …

The modulational instability of dust-ion acoustic wave (DIAW) and dust-ion cyclotron wave
(DICW) is investigated in a magnetized plasma containing static dust particles. The static …

Nonlinear cylindrical and spherical ion acoustic shocks have been studied in unmagnetized
dissipative non-Maxwellian electron-positron-ion (epi) plasmas. Modified Korteweg-de Vries …

The effects of dust charge polarity, ion temperature, and nonthermal electrons on dust-ion
acoustic modulational instability and on the region (ie, modulated wave number) for the …

The propagation of a localized beam (cloud) of hot electrons and generation of Langmuir
waves are investigated using numerical simulation of the quasi-linear equations in the …

The effects of spatial variations of the coronal electron temperature (spatially localized
disturbances in T e) on the propagation of a cloud of hot electrons through solar corona …