Thanks to their portability and the non‐equilibrium character of the discharges,
microplasmas are finding application in many scientific disciplines. Although microplasma …

Recently, there has been increased interest in using atmospheric pressure plasmas for
materials processing, since these plasmas do not require expensive vacuum systems …

Synthesis of carbon nanowalls (CNWs) at atmospheric pressure is realized by using a
negative normal glow discharge, which differs from prior low-pressure plasma-enhanced …

Radio-frequency discharges are known to operate in two different regimes. The alpha
regime of low current density and the gamma regime with higher current density. Our recent …

The electron-atom neutral bremsstrahlung continuum radiation emitted from weakly ionized
plasmas is investigated for electron density and temperature diagnostics. The continuum …

It is widely accepted that electrode insulation is unnecessary for generating radio-frequency
(rf) atmospheric pressure glow discharges (APGDs). It is also known that rf APGDs with large …

In atmospheric-pressure plasmas the main electron heating mechanism is Ohmic heating,
which has distinct spatial and temporal evolutions in the α and γ modes. In γ discharges …

Electron heating and ionization dynamics in capacitively coupled radio frequency (RF)
atmospheric pressure microplasmas operated in helium are investigated by particle-in-cell …

This work investigates the influence of pulse modulation frequency ranging from 50 Hz–10
kHz on the helium RF atmospheric pressure plasma jet's fundamental characteristics. The …

Atmospheric pressure plasmas have great potential, especially for biomedical applications,
due to the large number of reactive species produced. In particular with regard to these …