This paper is mainly devoted to the comparison between the calculation and experimental
results of primary and secondary streamer development in a point-to-plane positive corona …

We obtain pressure-dependent rate coefficients in dry synthetic air (79% ${\rm N} _ {2} $,
21% ${\rm O} _ {2} $) by fitting Pulsed Townsend measurements over a pressure range from …

Computational simulations of air glow discharge phenomena in the pressure range typical of
plasma actuator applications for high speed flow control are presented. The model is based …

We obtain rate coefficients for mixtures of and as well as pure, by fitting pulsed Townsend
measurements over a large pressure range from 3 kPa to 100 kPa in a density-reduced …

The ion swarm data, namely, the reduced mobility, diffusion, and reaction rates of the
positive tetratomic ions O 4+ and N 2 O 2+ in N 2 and O 2 have been determined from a …

The kinetics of N 4+ and O− ions was numerically studied in nitrogen and oxygen plasmas in
a highly non-uniform electric field. Mean ion energy and reaction rate coefficients in a …

Using a pulsed Townsend experiment, we have observed the formation of two negative ion
species in oxygen over the pressure range 100–600 torr, and the density-normalised electric …

IN RECENT years, there have been a significant number of computational and experimental
studies investigating the Received 25 November 2010; revision received 31 May 2011; …

Computational modeling of an all-dielectric resonant plasma discharge for the processing of
atmospheric air streams is presented. A single dielectric resonator (DR) pair separated by a …

Two-dimensional numerical simulations of a nanosecond pulsed single dielectric barrier
discharge (SDBD) are performed in air. Streamers produced in nanosecond SDBDs have …