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 …

Determination and understanding of energy fluxes to nano-or microparticles, which are
confined in process plasmas, is highly desirable because the energy balance results in an …

The influence of a dust cloud on the structure of the positive column of a direct current gas
discharge in a cylindrical glass tube under milligravity conditions has been studied both …

The PK-4 system is a micro-gravity dusty plasma experiment currently in operation on-board
the International Space Station. The experiment utilizes a long DC discharge in neon or …

Diode laser absorption at 772.38 nm is used to measure the time resolved density of Ar*(3 P
2) metastable atoms in a capacitively coupled radio-frequency (RF) discharge running in an …

Experimental and numerical study of positive column of glow discharge in neon with dust
particles is presented. The influence of dust structures on integral parameters was measured …

Different diagnostic techniques are used to monitor the dynamics of electrons and Ar*(1s 5)
metastable atoms in the active plasma phase and in the afterglow of a capacitively coupled …

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 …

Time-resolved investigations of excited argon atom density and temperature and ground-
state titanium atom density during high-power impulse magnetron sputtering (HiPIMS …