This work reports average electron temperature (⁠ T e⁠) and electron density (⁠ ne⁠) of an
atmospheric argon rotating gliding arc (⁠ RGA⁠), operated in glow-type mode, under …

The recently increasing interest in plasma assisted combustion is mainly motivated by new
possibilities for ignition and flame stabilization, in addition to pollutant emission reduction …

This work reports the design and characterization of a rotating gliding arc (RGA) reactor
developed with novel electrode configuration. This RGA uses gas swirl discs …

The effects of feed gas flow rate and operating current on the electrical characteristics and
dynamic behavior of a rotating gliding arc (RGA) plasma codriven by a magnetic field and …

Over the past few years, a group of new processes was developed for high-temperature,
including plasma electric arc spraying (at ambient pressure) and spheroidizing of some …

One of the main trends in the field of improving the modern technologies of thermal spraying,
including plasma one, for functional ceramic coatings formation is the reducing the energy …

A stationary transverse discharge excited by an alternating current voltage is generated
downstream of two needle electrodes perpendicular to flowing air lower than 4.1 L/min. The …

This paper was prepared in response to the growing interest in the numerical simulation of
the gliding arc (GA) discharge. Our approach is rather simple 2-D modeling of the GA, in the …

摘要传统工业固氮采用哈伯-博施(Haber-Bosch) 工艺, 但是需要高温高压, 能耗高, 污染严重.
滑动弧等离子体(Gliding arc plasma, GAP) 兼具热等离子体和冷等离子体的优点 …

To gain a better understanding of the mechanism governing arc dynamics in 3D gliding arc
discharge (GAD) plasma, the spatio-temporal evolution of GAD was investigated in a …