Plasma jets are sources of repetitive and stable ionization waves, meant for applications
where they interact with surfaces of different characteristics. As such, plasma jets provide an …

Atmospheric pressure cold plasmas have great potential for surface functionalization, and
the interaction between the plasmas and fibers is essential to understand the underlying …

Surface flashover at the solid dielectric/vacuum interface is a fundamental physical
phenomenon, which restricts the development of pulsed power system and high voltage …

Numerical simulations and experiments are performed to better understand the interaction
between a pulsed helium plasma jet and a dielectric target. The focus of this work lies on the …

In this paper, helium plasma jets are used for water activation to explore the production
mechanism of H 2 O 2 in the water. Either positive or negative DC voltage is used for the …

This paper quantitatively characterizes a kHz atmospheric pressure He plasma jet without
target powered by a pulse of positive applied voltage. It focuses on a quantitative …

This work investigates the dynamical charging of a surface under exposure of a non-
equilibrium plasma jet at atmospheric pressure through a quantitative comparison between …

Low temperature plasmas generated inside gas bubbles immersed in water is an effective
method of rapidly transferring plasma generated reactive species to the water for …

Atmospheric pressure plasma jets (APPJs) can be generated in capillary tubes flowing with
pure helium and with admixtures of oxygen into the pure helium. The jet exiting the tube can …

Polymer fiber surface modification by low temperature plasma has received much attention
in recent years. The plasma kinetic behavior and reactive species distribution can be totally …