Nonequilibrium effects associated with spatial and temporal nonlocality between electron
energy distribution and electromagnetic field in gas discharge plasmas at low gas pressures …

Modelling approaches used for the description of the cathode region of dc glow discharges
are reviewed, with the focus on hybrid models which combine the fluid description of positive …

This study aims to improve impurity analysis by plasma electron spectroscopy for organic
molecules. Various impurities can be registered simultaneously in one measurement …

The method of plasma electron spectroscopy (PLES) is further developed for the analysis of
impurities of organic molecules and ammonia in this work. In particular, for the first time the …

It is demonstrated for the first time that the presence of a small number of fast, nonlocal
electrons can dramatically change the thickness of and electric field in the near-wall sheath …

It was shown that the spectrum of Penning electrons in a nonlocal equipotential plasma is
associated with the second derivative of their current to a wall electrode (sensor). Analytical …

Langmuir probe diagnostic in a multi-dipole confined hot cathode discharge has been
revisited with an improved sheath expansion model with fitted expansion parameters. The …

The temperature and density of electrons are measured in a high pressure dc He
microdischarge plasma. An additional electrode sensor, placed at the boundary of the …

The formation of the electron energy distribution function (EEDF) and electron temperature
in low temperature gas discharge plasmas is analyzed in frames of local and non-local …

Two-dimensional hybrid Monte Carlo–fluid numerical code is developed and applied to
model the dc glow discharge. The model is based on the separation of electrons into two …