Dielectric barrier discharges (DBDs) are pulsed atmospheric pressure devices in which the
plasma forms as an array of microdischarges having diameters expanding from 10 to 100's …

The properties of the filamentary microdischarges found in dielectric barrier discharges
depend on the manner of charging of the dielectric. The charging of the dielectric removes …

Dielectric barrier discharges (DBDs) bring a long history of application and leave many
interesting scientific questions. A positive streamer concept describes a temporal …

The results of an experimental study on a spatial-time behavior of microdischarges (MDs) in
steady-state dielectric barrier discharge (DBD) are presented. MDs of DBD have a spatial …

Although microdischarges in dielectric barrier discharges (DBDs) have been studied for the
past century, their mutual interaction, discussed in this paper, was explained only recently …

In this work, a semi-empirical 1.5 D plasma fluid model (PFM) is proposed to model a single
microdischarge (MD) in atmospheric pressure air dielectric barrier discharges (APADBDs) …

We have recorded light emission from a surface dielectric barrier discharge with one
exposed and one insulated electrode using an intensified digital camera. The discharge was …

Electrical current measurements in corona or barrier microdischarges are a challenge as
they require both high temporal resolution and a large dynamic range of the current probe …

The results of a numerical study on the spatio-temporal behavior of transient
microdischarges (MDs) in a steady-state dielectric barrier discharge (DBD) excited by a …

A self-consistent two-dimensional modelling of microdischarges in devices in which one of
the electrodes is covered with a dielectric is presented. The discharge development can be …