In this paper, we performed a one-dimensional fluid model to study the mechanism and
optimization of pulse-modulated Radio-Frequency (RF) discharges at atmospheric pressure …

Enhanced by an upstream auxiliary dielectric barrier discharge (ADBD), a transverse barrier
discharge plume with a fairly large scale is generated downstream of a narrow slit. Electrical …

In recent years, pulse-modulation is introduced in atmospheric radio frequency (RF)
discharges to further control the discharge operation. In this article, a comparing study is …

For atmospheric argon RF dielectric barrier discharges, a self-consistent one-dimensional
fluid model based on the drift-diffusive approximations of the particles is established to …

It is widely accepted that dielectrically insulated electrodes can control plasma contraction in
radio frequency atmospheric pressure glow discharge at very large currents. It is also known …

A pulsed discharge is introduced between two sequential pulse-modulated radio frequency
glow discharges in atmospheric helium. The dependence of radio frequency discharge …

In atmospheric radio-frequency (RF) discharges, two discharge modes, namely α and y
modes, have been deeply discussed by experimental measurements and computational …

A coplanar capillary plasma electrode discharge is a promising source owing to its superior
performance. In this study, a coplanar capillary plasma electrode discharge flat-panel …

Very large-scale gap distances of atmospheric pressure dielectric barrier discharge (DBD) in
glow mode are obtained through semiconductor materials. The maximum value of the gap …

The parameters of radiofrequency helium discharge under atmospheric pressure were
studied by electrical and optical measurements using high voltage probe, current probe and …