A new analytic quasi-one-dimensional model of energy coupling to nanosecond pulse
discharge plasmas in plane-to-plane geometry has been developed. The use of a one …

In this article we report on work where the formation of a spark in nanosecond high-voltage
discharges was studied in nitrogen, nitrogen-methane mixtures, and air at increased …

Ionization wave development during ns pulse breakdown in nitrogen between two parallel
plate, dielectric-covered electrodes is studied by ps electric field induced second harmonic …

The influence of the voltage rise time on the Paschen curves is analyzed using kinetic and
fluid models. The Paschen curves, which describe the dependence of the breakdown …

In this paper, a detailed investigation of the spatio-temporal dynamics of a pulsed microwave
plasma is presented. The plasma is ignited inside a dielectric tube in a repetitively pulsed …

This work presents an experimental study of a nanosecond repetitively pulsed dielectric
barrier discharge interacting with a transient laminar flame propagating in a channel of …

The paper presents the results of time-resolved electric field measurements in a
nanosecond discharge between two plane electrodes covered by dielectric plates, using …

The influence of the voltage rise rate on a nanosecond discharge in atmospheric pressure
helium is investigated. The experiment is performed with a parallel-plate discharge …

Modern physics of gas discharges increasingly uses physical kinetics for analysis of non-
equilibrium plasmas. The description of underlying physics at the kinetic level appears to be …

Pulsed plasma discharge breakdown has long been a subject of research in the field of
plasma physics. However, the spatial distribution and temporal evolution of parameters such …