Low‐pressure gas discharge plasmas are known to be strongly affected by the presence of
small dust particles. This issue plays a role in the investigations of dust particle‐forming …

We study the spatial distribution of dynamical properties in a strongly coupled confined
experimental dust monolayer with a dense central region and a rarefied periphery. We show …

The creation of a spatially extended stable DC complex plasma crystal is a big experimental
challenge and a topical area of research in the field of dusty plasmas. In this paper we …

Dense dust structures have been observed in a glow DC discharge in neon at a temperature
of 77 K. Dependencies of shape, axial and radial sizes of dust structures on discharge …

An interesting aspect of complex plasma is its ability to self-organize into a variety of
structural configurations and undergo transitions between these states. A striking …

The ion accumulation within the negatively charged dust cloud embedded in a plasma of dc
glow discharge has been studied numerically under the conditions corresponding to recent …

A self-consistent fluid model is developed to investigate the radial distributions of dusty
plasma parameters in a DC glow discharge, in which the extended fluid approach of plasma …

A self-consistent model of a DC glow discharge with dust particles based on orbital motion
limited theory, collision enhanced collection approximation, and a fluid approach extended …

The phenomenon of thermophoresis in a gas discharge in neon is studied in the presence of
structures of charged dust particles. This system can simulate gas with combustion products …

Herein, we have calculated plasma parameters corresponding to those of a dc discharge in
neon at 77 K temperature at self-organization of dense Coulomb balls with a dust particle …