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

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

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 …

It has recently been demonstrated that pulsed direct-current (dc) voltages show better
performance in generating diffuse plasmas under various conditions. However, it still …

Surface dielectric barrier discharges (SDBDs) have prospects for a wide variety of
applications in the field of flow control. In order to study the characteristics of SDBDs excited …

A non‐equal gap distance dielectric barrier discharge (DBD) between cone‐shape and a
cylinder‐shaped electrodes is reported. The DBD is driven by a nanosecond voltage pulse …

In this study, a dielectric barrier discharge device with needle-plate electrodes was used to
investigate the characteristics of the micro-discharge in argon at one atmospheric pressure …

Pulsed microdischarges produced by dielectric barrier discharges (DBDs) in a submillimeter
gap were investigated under 200 cycles of sinusoidal ac voltage at 5 kHz in this paper. The …

Electrical breakdown in a pulsed asymmetric dielectric barrier discharge between a glass-
covered mesh electrode and a grounded metal electrode in the air at atmospheric pressure …