The review summarises recent theoretical achievements and observational manifestations
of a new, recently discovered type of nonlinear oscillations in multi-component plasmas …

Owing to the ever-present solar wind, our vast solar system is full of plasmas. The turbulent
solar wind, together with sporadic solar eruptions, introduces various space plasma …

The dissipative cylindrical and spherical (nonplanar) electrostatic low-frequency dust-
acoustic waves (DAWs) including solitary and shock waves in a collisional and …

Above the sunlit surface of Mercury, the properties and formation of dusty plasmas are
investigated. It is demonstrated that the dusty plasmas are formed for subsolar angles …

The nonlinear propagation of Gardner solitons (GSs) in a nonplanar (cylindrical and
spherical) four-component dusty plasma (composed of inertial positively and negatively …

In this work, the effect of both nonplanar (cylindrical and spherical) geometry and the dust-
neutral collision on the propagation of dissipative nonplanar electrostatic dust-acoustic …

Possibility for dust ion-acoustic solitons to exist in complex (dusty) plasmas in the presence
of electromagnetic radiation, which results in positive dust particle charges, is investigated …

In this paper, a closed-form solution for an ionizing spherical shock/blast wave in a dusty gas
(a mixture of an ideal gas and solid particles of micrometer size) under the influence of …

Abstract Space weather is a relatively new and important field of research. It is relevant to
diverse topics such as radio communication, space travel, diagnostics of ionospheric and …

Possibility for hybrid ion-acoustic solitons to exist in complex (dusty) plasmas is investigated.
Rarefactive solitonlike perturbations are damped and slowed down, mainly due to the …