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

In this work, helium flow modifications, visualized by schlieren imaging, induced by the
plasma generated in a plasma jet have been studied in conditions used for biomedical …

This is a computational modeling study of a cold atmospheric pressure helium plasma jet
impinging on a dielectric surface placed normal to the jet axis. This study provides insights …

Plasma catalysis, biomedical applications or atomic layer deposition at atmospheric
pressure all make use of non-thermal plasmas in contact with a wide variety of surfaces. As …

In this work, we report on the flow effects induced by a nanosecond pulsed helium cold
atmospheric pressure plasma jet impinging on a glass substrate. Gas temperature …

This report focuses on the dependence of electric field strength in the effluent of a vertically
downwards-operated plasma jet freely expanding into room air as a function of the gas flow …

Atmospheric Pressure Plasma Jet arrays can greatly enhance the treatment area to fulfill the
need for large-scale surface processing, while the spatial uniformity of the plasma jet array is …

Atmospheric Pressure Plasma Jet (APPJ) arrays are considered as one of the most
promising methods for uniform plasma processing of large uneven surfaces. To improve the …

The article reports the excitation of a helical argon atmospheric pressure plasma jet using a
pulse-modulated 13.56 MHz radio frequency (RF) power source. This helical structure is …

As an emerging technology for flexibly generating large-area atmospheric plasma, jet arrays
are facing an urgent problem to control discharge modes caused by jet-to-jet interactions …