Plasma jet array is a promising device for producing low-temperature plasma at atmospheric
pressure. In our letter, the effect of O 2 additive on spatial uniformity of one-dimensional …

Atmospheric gas discharge is very likely to constrict into filaments and diffuse plasma
formation is inefficient in most cases. Develo** cost-efficient atmospheric diffuse plasma …

In this work, the dependence of the length of plasma plume, propagation velocity, electric
field in the streamer head, and propagation mode transition on the tube diameter varied in …

Compared with the diffuse mode of helium plasma jets, a filamentary mode is normally
produced in the plasma plume with less expensive inert gas, such as argon, which is …

Tubes are indispensable in our daily life, mechanical engineering and biomedical fields.
However, the practical applications of tubes are sometimes limited by their poor wettability …

The scope of dielectric barrier discharge (DBD) microplasma as a radiation source for
optical emission spectrometry (OES) is extended by nickel carbonyl vapor generation. We …

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 …

With increasing sinusoidal frequency or its voltage amplitude, a central filament emerges in
a diffuse plume downstream of an argon jet with a single-electrode geometry. The plume …

An atmospheric pressure plasma jet (APPJ) in Ar with various grounded electrode
arrangements is employed to investigate the effects of electrode arrangement on the …

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 …