Combustion dynamics are investigated for plasma-enhanced methane-air flames in
premixed and nonpremixed configurations using a transient arc dc plasmatron. Planar laser …

Electrical discharges in gas–liquid environments and in liquids (primarily water, but in some
cases also organic liquids) have been studied for a number of years for applications in …

This paper describes a usage of a low-current coaxial plasmatron for generation of nitrogen
oxide molecules. Glow-type discharge in vortex air flow is sustained at an average current …

To study the combustion process of fuel in the microwave plasma torch, we designed a
butane microwave plasma device exploiting a tungsten rod as an electrode. Through …

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 …

An optically accessible combustion rig was constructed to study the combustion
characteristics of a reactive jet in a vitiated crossflow. The rig features two staged …

To achieve the goal of net zero by 2050, carbon dioxide emissions must be reduced using
carbon–neutral fuels, and methanol is a feasible choice for gas turbines, IC engines, and …

Electrodeless microwave plasmas were produced in nitrogen–oxygen mixtures at
atmospheric pressure to investigate the formation of nitrogen oxides (NO x) from the plasma …

Gliding-arc discharges have been utilized in plasma-assisted combustion processes, among
various other applications, due to their properties of high electron density and chemical …

The re-ignition phenomenon is observed when fuel/oxidizer is re-introduced into an
atmospheric-pressure plasma discharge generated by cutting off the gas flow in a re-entrant …