Microplasmas have attracted a tremendous amount of interest from the plasma community
because of their small physical size, stable operation at atmospheric pressure, non-thermal …

The aim of this work was to identify the different diffuse dielectric barrier discharges (DBDs)
obtained in the same electrode configuration and in the same gas for an excitation …

Developing cost‐efficient large‐scale uniform plasma jets represents a significant challenge
for high performance in material processing and plasma medicine. Here, a V–I characteristic …

A non-thermal atmospheric pressure microplasma generated from pure argon (Ar) and a
mixture of argon–ethylenediamine vapors (Ar/EDA) has been characterized in this study. A …

In order to study the characteristics of radio frequency dielectric barrier discharge (RF-DBD)
using argon doped with nitrogen at atmospheric pressure, electrical and optical diagnoses …

A non-equilibrium atmospheric pressure plasma jet excited by 60-Hz ac power was
diagnosed by laser Thomson and laser Raman scattering. We obtained the spatial …

The authors report on the introduction of a magnetic field to gliding arc discharge (GD) in
order to enhance surface modification by nonthermal plasma at atmospheric-pressure. The …

Asymmetric current pulses in dielectric-barrier atmospheric-pressure glow discharges are
investigated by a self-consistent, one-dimensional fluid model. It is found that the glow mode …

Atmospheric DBD Ar and air plasmas were directly generated by the multi-needle to plate
electrodes configuration in the water and diagnosed by the electrical measurements and the …

The cyclonic atmospheric-pressure plasma is developed for chamberless deposition of poly
(acrylic acid) film from argon/acrylic acid mixtures. The photoemission plasma species in …