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

This paper presents recent kinetic and flame studies in plasma assisted low temperature
combustion. First, the kinetic pathways of plasma chemistry to enhance low temperature fuel …

In this study, the effects of nanosecond plasma discharges on the combustion characteristics
of ammonia are investigated over a wide range of mixture properties and plasma settings …

This numerical study of the ignition characteristics of ammonia in a pulsed plasma discharge
includes the assembly of a kinetic model for the oxidation of ammonia/oxygen/helium …

The enhancement of laminar flame development using microwave-assisted spark ignition
has been investigated for methane–air mixtures at a range of initial pressures and …

Ignition enhancement using a hybrid repetitive nanosecond and DC discharge is studied in
CH 4/O 2/He mixtures at atmospheric pressure by using a hybrid ZDPlasKin-CHEMKIN …

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

A novel method to establish self-sustaining cool diffusion flames with well-defined boundary
conditions is experimentally demonstrated by adding ozone to the oxidizer stream in …

Synergistic effects of nanosecond plasma discharge and hydrogen on the combustion
characteristics of ammonia/air are numerically studied under conditions relevant to gas …

This review is intended to give an overview of recent results on plasma-assisted ignition and
combustion. The influence of electrical discharges on combustion processes is introduced …