This paper shows the results of studying the influence of a plasma-chemical stabilizer on the
pulse parameters of a gas turbine low emissive combustor. It is found out that the increase of …

Investigations of methane conversion in atmospheric-pressure mixtures of various
composition and temperature, irradiated by pulsed nanosecond electron beams and non …

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 …

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 …

The effects of a non-steady state plasma discharge on flammability limits and flame structure
of air–natural gas mixtures are investigated. As plasma power increases, flame structure is …

To disclose water roles in plasma reforming of methanol for hydrogen production, gliding arc
discharge characteristics, optical emission spectra, and reaction behavior are investigated …

Gliding arc discharges have been utilized in plasma-assisted combustion processes, among
various other applications, due to their chemical properties. In this paper, an ac-powered …

In this paper, the experimental results on rotating gliding arc plasma-assisted premixed
methane-air combustion are presented. It is demonstrated that the plasma has beneficial …

The atmospheric-pressure oxygen microwave plasma is employed to enhance the methane
combustion in the jet-diffusion combustor. The plasma-assisted combustion (PAC) is …

The microwave plasma-assisted combustion (PAC) of premixed methane/oxygen/argon
mixtures was investigated. A U-shaped dual-layer curve of fuel ignition/flame stabilization …