Abstract
Dust particle ordering is discussed in various types of low-temperature plasma, such as DC glow discharges, UV- and radioactivity induced plasmas. Both theoretical and experimental study of strongly coupled plasma over a wide range of plasma pressures and temperatures were carried out. The plasma was investigated under conditions of low pressure DC and RF gas discharges. The plasma was also formed from charged dust grains in the presence of a flux of ultraviolet (UV) photons and nuclear-induced radiation. The dust concentration, the pair correlation function, the dust temperatures and diffusion coefficients have been measured. The coupling parameter, characteristic dust frequency and particle charges have been obtained.
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