The experimental setup is shown in Fig. 1. Emission spectra were measured by an ICCD
camera (Ryoushi-giken, SMCP–ICCD 1024 HAM-NDS/UV), a spectrometer (Ryoushi-giken …

Emission spectroscopy analysis was used to study the microplasma phenomena. The
microplasma discharge in Ar, N 2/Ar, and O 2/Ar was analyzed in the discharge gap area …

Pollution of the atmosphere from various sources, including factories and automobiles, is a
serious problem worldwide and should be controlled and reduced. Nonthermal plasma is …

Microscope photos of the microdischarges in dielectric barrier discharge microplasma were
taken for the discharge gaps ranging from 30 to 100 μm. The microdischarge formation …

A microplasma suitable for material processing at atmospheric pressure in argon and argon-
oxygen mixtures is being studied here. The microplasma is ignited by a high voltage dc …

A microplasma jet with a capillary electrode working at atmospheric pressure is developed
to create nonthermal plasma. This jet can be operated at an excitation frequency either in …

The spatial dynamics of the optical emission from an array of 50× 50 individual microplasma
devices is reported. The array is operated in noble gas at atmospheric pressure with an ac …

An atmospheric-pressure air microplasma is ignited and sustained in a 25 µm wide
discharge gap formed between two co-planar gold electrodes. These electrodes are the two …

Non-thermal microplasma jets generated under atmospheric pressure by means of radio-
frequency of 13.56 MHz and low-frequency of several tens of kilohertz are characterized …

Microscale plasmas of micrometer to millimeter range have been attracting much attention in
recent years. Those microplasmas generally operate at high‐pressure regions, including …