This review devoted to nanoscience with atmospheric-pressure plasmas shows how
nanomaterials are synthesized locally using three main ways: localized plasma-enhanced …

A new class of stationary solutions in the theory of glow discharges and plasma–cathode
interaction in ambient-gas arc discharges has been found over the past 15 years. These …

High power microwave breakdown at atmospheric pressure leads to the formation of
filamentary plasma arrays that propagate toward the source. A two-dimensional model …

Low-pressure, low-temperature plasmas are widely used for materials applications in
industries ranging from electronics to medicine. To avoid the high costs associated with …

We investigate discharge contraction in a microwave plasma at sub-atmospheric pressure,
operating in CO 2 and CO 2/CH 4 mixtures. The rise of the electron number density with …

Simulations of the dynamics of high power microwave breakdown of air at atmospheric
pressure and 110 GHz are presented. The model reproduces well the formation and motion …

Plasma bullets are ionization fronts created in atmospheric-pressure plasma jets. The
propagation behavior of those bullets is, in the literature, explained by the formation of an …

This work deals with absorption and mainly emission spectrometry of a microwave induced
surfatron plasma jet launched in ambient air and using an Argon flow carrier gas. The Ar …

In this paper, results from the computational investigation of active species production in an
argon microwave plasma torch are presented. We address the main paths of species …

This paper experimentally investigates the processes governing the single-and multi-
filament regimes in an atmospheric pressure microwave (MW) torch operated in argon …