Plasma assisted combustion is a promising technology to improve engine performance,
increase lean burn flame stability, reduce emissions, and enhance low temperature fuel …

A detailed experimental investigation of the mechanism of ultrafast heating and oxygen
dissociation produced by nanosecond repetitively pulsed discharges in atmospheric …

The kinetic effects of low temperature non-equilibrium plasma assisted CH4 oxidation on the
extinction of partially premixed methane flames was studied at 60Torr by blending 2% CH4 …

Nonequilibrium plasma assisted combustion has drawn significant attention for its great
potential to enhance combustion performance in pulsed detonation engines, gas turbines …

Speciation and temperature measurements of methane oxidation during a nanosecond
repetitively pulsed discharge in a low-temperature flow reactor have been performed …

We present quantitative schlieren measurements and numerical analyses of the thermal and
hydrodynamic effects of a nanosecond repetitively pulsed (NRP) discharge in atmospheric …

Laser induced fluorescence is used to measure absolute nitric oxide concentrations in air,
methane–air and ethylene–air non-equilibrium plasmas, as a function of time after initiation …

A non-equilibrium plasma assisted combustion system was developed by integrating a
counterflow burner with a nano-second pulser to study the effects of atomic oxygen …

An optically accessible pre-chamber setup was used to investigate the ignition occurrence
and early flame propagation in methane/air mixtures at density conditions relevant to engine …

The effect of non-equilibrium plasma activated low temperature chemistry (PA-LTC) on the
ignition and extinction of Dimethyl Ether (DME)/O 2/He diffusion flames has been …