The effect of the pulse repetition rate (PRR) on the generation of high energy electrons in a
fast ionization wave (FIW) discharge is investigated by both experiment and modelling. The …

This work is a contribution to a better understanding of dual frequency discharge at
atmospheric pressure. Based on experiments and numerical modeling, it is focused on radio …

Utilizing nanosecond high voltage pulses to drive microdischarges (MDs) at repetition rates
in the vicinity of 1 MHz previously enabled increased time-averaged power deposition, peak …

Planar X e B r^∗ and X e C l^∗ excilamps emitting noncoherent narrowband UVB light (280–
315 nm) are now widely used to cure psoriasis and vitiligo as well as to improve vitamin D …

This paper presents the experimental data on the dynamic breakdown voltage and electrical
breakdown time delay of commercial Geiger-Muller chamber manufactured by PHILIPS. The …

An one-dimensional fluid model is used to study the physico-chemical properties of a 90%
Ar–10% Cl 2 plasma produced in dielectric barrier discharges under different driving …

This work is devoted to excimer lamp efficiency optimization by using a homogenous
discharge model of a dielectric barrier discharge in a Ne− Xe mixture. The model includes …

This work presents an electric and kinetic study of homogeneous dielectric barrier discharge
(DBD) in pure krypton (Kr). The electrical characterization and kinetic analyses of the DBD in …

In a nonequlibrium plasma of a gas-discharge HgBr lamp, the terminal electronic state of the
HgBr (B–X) radiative transition with a peak wavelength of 502 nm remains populated for a …

In this article, experimental and numerical characterization of a dielectric barrier discharge
(DBD)-based coaxial Kr/Cl2 excilamp excited by negative unipolar pulse has been carried …