Dusty plasmas are electrically quasi-neutral media that, along with electrons, ions, neutral
gas, radiation, and electric and/or magnetic fields, also contain solid or liquid particles with …

The first stages of polymerization in plasmas of Ar/C 2 H 2 have been studied both
experimentally and using a kinetic model, by following the time evolution of the main neutral …

Discharging of dust particles in an argon plasma afterglow is investigated using different
approaches. First, the dust charge distribution function (DCDF) is obtained by solving …

Converting hydrocarbons can make the fossil fuel industry more flexible in responding to
market changes by producing various products to meet market demands. Efficient, clean …

Ab initio molecular dynamics simulations and experiments were carried out to study the
interaction between plasma‐produced hydroxyl radicals and organic pollutant molecules in …

Molecular dynamics simulations are performed to study the reactions in the volume of a low‐
pressure methane plasma diluted in argon. In the first step, a 1D fluid model is used to …

Low-pressure plasma processes are routinely used to grow, functionalize or etch materials,
and thanks to some of its unique attributes, plasma has become a major player for some …

A global (volume averaged) model is developed for an argon-acetylene plasma afterglow.
The model is used to study the electron and ion densities, electron temperature and …

A numerical model was used to investigate the effect of acetylene concentration in the feed
gas on molecular growth and solid particle nucleation in argon‐acetylene CCRF discharges …

Rational engineering of thin nanocomposite layers, deposited in reactive plasmas, requires
knowledge on the plasma behavior in order to produce multifunctional deposits with tailored …