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

Non-equilibrium plasma discharges can create a favorable environment for combustion
processes, at low energy cost.“How favorable?” and “How low?” are two open questions that …

This article describes recent progress on premixed flame dynamics interacting with acoustic
waves. Expressions are derived to determine the stability of combustors with respect to …

Fast gas heating (FGH) is an abrupt increase in gas temperature in non-equilibrium low-
temperature plasma due to relaxation of electronically excited states of atoms and …

Ozone addition is a promising method to enhance and control combustion and ignition
processes. It can be produced efficiently at atmospheric or elevated pressure conditions and …

This study demonstrates the stabilization of a sequential combustor with Nanosecond
Repetitively Pulsed Discharges (NRPD). Sequential combustors offer advantages such as …

This study investigates the effect of nano-second pulsed non-equilibrium plasma on
ammonia combustion in a model gas turbine combustor using NH 2* chemiluminescence …

In this paper, a novel dual-fuel, dual-swirl burner is presented and its potential to mitigate
thermoacoustic coupling for ammonia-hydrogen-air flames is explored. The key feature of …

The prediction of a flame response to plasma assistance requires extensive knowledge of
discharge-induced plasma kinetics. Detailed studies of nanosecond discharges are …

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 …