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 …

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 …

This paper reports the use of machine learning to enhance the diagnosis of a dusty plasma.
Dust in a plasma has a large impact on the properties of the plasma. According to a probe …

The results of the measurement and simulation of electrical characteristics of neon dc
discharge are presented. These results have been obtained in the discharge cooled to the …

The dependence of the shape of the dust structures on discharge current and pressure in
neon glow DC discharge at temperatures 77 K and 295 К has been studied experimentally …

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 …

Numerical study of the effect of dust particle concentration on the thermophoretic force acting
on a dust particle inside a dust structure in plasma has been carried out. The experimental …

A void is produced in a strongly coupled dusty plasma by inserting a cylindrical pin (∼ 0.1
mm diameter) into a radiofrequency discharge argon plasma. The pin is biased externally …