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 …

Atmospheric pressure dielectric barrier discharge plasma is produced in airflow by applying
nanosecond high voltage pulses with peak voltage about 35 kV and rising time about 40 ns …

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, argon and nitrogen were used as the discharge gases in radio-frequency (RF:
13.56 MHz) powered dielectric barrier atmospheric plasma. It was noticed that in single …

For all volume dielectric barrier discharges (DBDs) reported, including both planar
configuration volume DBDs and cylindrical or coaxial volume DBDs, the gap distance …

The primary aims of this paper are to provide a better understanding of surface dielectric
barrier discharge based on annular geometry and to investigate the effect of segmented …

The time evolution of dielectric barrier discharge driven by nanosecond pulse high-voltage
power is investigated by high-speed video analysis, electrical measurements and spectral …

In this paper, a nonequal gap distance dielectric barrier discharge (DBD) between a spiral‐
shaped electrode and a cylinder‐shaped electrode is reported. A spiral‐shaped plasma is …

Charge transportation expressed as a Lissajous figure usually is a standard method for the
analysis of discharge power and energy in surface dielectric barrier discharge (SDBD). In …

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 …