This study aimed to investigate the synergistic effect of the cold atmospheric plasma (CAP)
and heterogeneous photocatalytic processes in an aqueous solution to enhance water …

Gas–liquid discharges enable efficient plasma–liquid interactions and thus have promising
applications, but many concerns remain unanswered regarding working gas, an important …

An atmospheric-pressure microwave plasma torch (APMPT) is employed to drive Boudouard
reaction [C (s)+ CO 2 (g)→ 2CO (g)] to convert CO 2 into CO with storable chemical energy …

Atmospheric-pressure microwave induced N 2 plasma is diagnosed by optical emission
spectroscopy with respect to the plasma gas temperature. The spectroscopic measurement …

The gas temperature is a key parameter that affects the process of microwave plasma
chemistry in industrial applications. Based on the molecular emission spectrometry of the A …

In this paper, a capacitor assisted AC high-voltage was employed to generate a gas–liquid
discharge in pure oxygen at atmospheric pressure. The discharge images, waveforms of …

In this paper, a pulsed electrolyte cathode discharge is generated for the purpose of
detecting metal elements by atomic emission spectrometry in atmospheric air. The discharge …

An atmospheric-pressure microwave plasma torch is employed to generate hydrogen by
injecting methanol aerosols into the near afterglow region of a nitrogen microwave plasma …

The arc restrike process is a typical mode of operation within a direct current arc plasma
torch. By using a transfer arc device with a planar anode parallel to the gas flow direction …

In the present study, a coaxial transmission line resonator is constructed, which is always
capable of generating cold microwave plasma jet plumes in ambient air in spite of using …