Over the past two decades, research and development using various atmospheric-pressure
non-equilibrium plasmas has been conducted energetically for materials synthesis, surface …

The density and temperature of electrons and key heavy particles were measured in an
atmospheric-pressure pulsed-dc helium discharge plasma with a nitrogen molecular …

The spatial distribution of OH radical density was measured in an atmospheric-pressure dc
helium glow plasma produced between a nozzle anode and an electrolyte cathode. Laser …

A two-dimensional fluid model was used to investigate the characteristics of a multiple-
current-pulse dielectric barrier discharge (DBD) equipped with ring electrodes in helium at …

This paper reports the density distributions of OH, Na, water vapor and water mist in
atmospheric-pressure dc helium glow plasmas in contact with NaCl solution. The densities …

The spatiotemporal distribution of charged particles has been investigated through
numerical simulation of charged particle behavior in gas and liquid phases in the dielectric …

The formation of multiple stationary striations between a nozzle exit and a conductive target
plate was clearly observed at regular intervals using a digital camera along an atmospheric …

Integrated micro-solution plasma was generated in gas bubbles in porous dielectric
materials filled with a gas/liquid mixed medium. Methylene blue aqueous solution (3.8 mg/L …

Atmospheric pressure microplasma devices have been the subject of considerable interest
and research during the last decade. Most of the operation regime of the plasma discharges …

The atmospheric pressure glow discharge (APGD) is a relatively simple and versatile
plasma source used in diverse applications. Stable APGD operation at high currents …