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 …

The effect of charged micron-size dust grains (microparticles) on the electric parameters of
the positive column of a low-pressure dc glow discharge in neon has been studied …

The main achievements of the investigations into cryogenic dusty plasma and the review of
the state of the studies carried out in this region are presented. The peculiarities of the …

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 …

Experimental investigations of dusty plasma parameters of a dc glow discharge were
performed in a vertically oriented discharge tube. Under certain conditions, dust-free regions …

The diffusion/drift model of the positive column of glow discharge in neon with fine dust
particles was used to study the role of a dust cloud with a void in the interaction between …

The diffusion/drift model of the positive column of glow discharge in neon was used for the
analysis of the role of neon metastable atoms in the interaction between neon plasma and …

Complex plasmas, comprising a low-pressure DC discharge plasma and charged
microparticles, form traps that can accumulate and localize ions. A loss of ions and electrons …

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 …

We consider the efficiency of an ion confinement inside a cloud of charged microparticles in
a low-pressure DC discharge. To describe the ion confinement efficiency in such complex …