In this review, a systematic overview of dynamical processes in complex (dusty) plasmas is
given. Complex plasmas consist of electrons, ions, neutrals, and microparticles of …

An analysis of the evolution of microscopic particles (dust grains) in the Earth's ionosphere
and their effect on ionization in the middle atmosphere is presented. It is shown that summer …

Methods of description of ion–acoustic shock waves in dusty plasma are presented. A new
type of dust ion–acoustic shock waves related to anomalous dissipation is described. The …

Abstract The basic properties of (3+ 1)-dimensional cylindrical dust ion-acoustic (DIA)
solitary waves have been studied in a multi-component plasma medium consisting of inertial …

Using the small-k expansion perturbation method, the three-dimensional stability of dust-ion
acoustic solitary waves (DIASWs) in a magnetized multicomponent dusty plasma containing …

Formation of dusty plasmas in the Earth's ionosphere at 80–120 km altitudes during high-
speed meteor showers and its detectable manifestations are discussed. Emphasis is given …

The Earth's mesosphere at altitudes of 80–95km exhibits layered phenomena known as
noctilucent clouds and polar mesosphere summer echoes. These structures are believed to …

A change in the local order of a bounded complex (dusty) plasma in the process of its
crystallization and melting has been examined by molecular dynamics simulations. The …

The Earth's middle atmosphere at altitudes of 80–95km exhibits layered phenomena known
as noctilucent clouds and polar mesosphere summer echoes. These structures are believed …

Abstract Space dust and dusty (complex) plasma are one of the most common
manifestations of matter in space. Non-atmospheric bodies of the Solar System, such as the …