It is difficult to generate jet‐shaped He microwave plasma jets in ambient air. In this study, a
dual‐channel pulsed microwave coaxial resonant discharge device is constructed. An …

In this paper, we investigated the optimization of pulse-modulated radio frequency (rf)
discharges in the range of very high frequency from 50 to 800 MHz by a fluid model. A very …

Understanding the production mechanisms of ozone and other reactive species in
atmospheric pressure dielectric barrier discharges (DBDs) has become increasingly …

We studied the energy transport process in pulsed microwave argon plasmas at
atmospheric pressure, focusing on the optical emission burst during the pulse-off time called …

An atmospheric pressure microwave plasma jet (APMPJ) based on three-layer coaxial
structure and rectangular waveguide power divider is proposed in this article. The inner and …

The modulation of surface properties of Ti3C2Tx plays a crucial role in its diverse
applications across various fields. However, a straightforward and reliable technique for …

Using a global model for atmospheric pressure plasma, we investigated general
dependence of plasma properties on power density and plasma size. We built a global …

Recent advances in the chemical kinetics of non-equilibrium plasmas Page 1 Journal of
Physics D: Applied Physics PREFACE Recent advances in the chemical kinetics of non-equilibrium …

Dielectric barrier discharges (DBD) are used as cold atmospheric-pressure plasma (CAP)
sources in many emerging applications in medicine, surface modification, agriculture and …