The paper gives the detailed information about a newly developed plasma system
applicable for conductive target non-thermal plasma indirect treatment. High voltage …

Atmospheric pressure plasmas generate a variety of chemically active species in open air,
thus providing the unique ability to treat a variety of materials that do not require or are not …

Atmospheric pressure plasma jets have the distinctive ability to project a plasma away from
its electrodes, making it an attractive plasma source for a variety of surface treatment …

A double-layer (DL) nozzle device mounted on a dielectric tube for expanding the range of
atmospheric pressure plasma jet is designed. Using the hierarchical structure of the nozzle …

Creation of the “auroral” green line, a fascinating occurrence commonly observed in the
upper atmosphere, has long been a difficult endeavor, especially at atmospheric pressure …

The volumetric photon emission from a pulsed, RF-driven atmospheric pressure plasma jet
was monitored from ultraviolet to the near infrared part of the spectrum. When a small …

Although atmospheric pressure plasma jets (APPJs) have been widely employed for
materials modification, they have some drawbacks, such as the small treatment area (couple …

This study investigates the interaction between two counterpropagating atmospheric
pressure plasma jets when their respective streamer ignition times are varied by introducing …

Numerous studies have shown that dielectric barrier discharge (DBD) and DBD-like plasma
jets interact with a treated surface in a complex manner. Eroded traces after treatment …

Atmospheric pressure plasma jets operate by projecting a streamer discharge toward
remote substrates. The formation and propagation of streamers is an inherently stochastic …