A non-equilibrium plasma is created in a micro-capillary quartz tube (800 µm of internal
diameter), by a DC-pulsed micro-dielectric barrier discharge (micro-DBD) and the …

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 plasma jets have great potential for the surface modification of
polymers. In this work, the authors report on polystyrene etching by a radio frequency driven …

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 …

The interaction of atmospheric pressure plasmas with a liquid can result in the deformation
of the gas–liquid interface. In this paper, we report on the gas–liquid interfacial dynamics …

Non-thermal plasma discharges have a long history and have proved useful in numerous
fields of science and practical applications. The achievements in research and generation of …

With plasma penetration into a capillary and the assistant of an air DBD, an ac‐driven Ar
microplasma plume having a length of several cm is generated inside the capillary. The …

Discharges in small size pores are important for understanding the interaction effect
between discharge and porous materials such as catalysts. In this letter, the discharge …

In this work we used molecular beam mass spectrometry to characterize ion fluxes produced
by a modulated radiofrequency (RF)-driven atmospheric pressure plasma jet operating in a …

The penetration of plasma in the porous structure is important for its application in plasma
catalysis, plasma medicine, etc. In this paper, the penetration of plasma species in the …