Polymer materials have played crucial roles in current electrical device/equipment
especially in rapidly developed dielectric energy storage field, due to their excellent …

Experimental observations and simulation results regarding a pure He atmospheric
pressure plasma jet (APPJ) and He+ N 2 APPJs interacting with a downstream dielectric …

This work investigates the hydrodynamic characteristics of a coaxial double-ring electrode
helium plasma jet by means of a “Z-type” Schlieren imaging system. The Schlieren images …

Atmospheric pressure plasma jet (APPJ) is one of the primary sources to produce low-
temperature plasmas that are commonly characterized with low gas temperature and high …

Atmospheric pressure plasma jets driven by AC voltage are reported to exhibit randomness
or periodicity under certain operating conditions. In the present article, discharges in a …

The target surface to be treated in reality is often not smooth and horizontal and may also be
in different tilting angles. The treatment of the tilted dielectric surface by the atmospheric …

The focus of this study was to investigate the effect of the dielectric tube diameter on the
velocity of the ionization wave in an atmospheric pressure plasma jet in He gas flow. Plasma …

One of the challenges that plasma research encounters is how to generate a large-scale
plasma plume at atmospheric pressure. Through utilizing a third electrode biased by a direct …

A numerical study on the ignition properties of helium discharge confined in a dielectric tube
is conducted with a fluid model. As the tube radius R increasing from 50 µm to 3 mm, the …

A two dimensional self-consistent fluid model has been established to investigate the
discharge dynamics of double-ring electrode He atmospheric pressure plasma jet (APPJ) …