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 …

A two-dimensional (axially symmetric) computational model of the microdischarge formation
in a barrier discharge for short (1–2 mm) gaps in air at atmospheric pressure is proposed. A …

The results of simulation of microdischarges in a dielectric-barrier discharge are presented.
These simulations have been carried out in two dimensions with an adaptive grid. The …

The two-dimensional spatial distribution of microdischarges in atmospheric pressure
dielectric-barrier discharges (DBDs) in air was studied. Experimental images of DBDs …

Dielectric barrier discharges (DBDs) occur in configurations which are characterized by a
dielectric layer between conducting electrodes. Two basic configurations can be …

The dielectric barrier discharge (DBD) is a highly transient, non‐thermal discharge form,
which exists in a broad pressure range. It occurs in arrangements, where a dielectric layer …

This work addresses the case of millimetre sized plane-to-plane dielectric barrier discharge
with sinusoidal voltage between 1 and 60 kHz for different configurations in air at …

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 …

Based on experimental results, numerical investigations of dielectric barrier discharges
(DBDs) have been performed in three basic configurations: in the volume, coplanar and …

The development of a surface barrier discharge in air at atmospheric pressure under the
action of a constant voltage of different polarity is simulated numerically. When the polarity of …