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 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 …

Aiming at the potential development of ammonia as a carbon-free renewable fuel, this work
investigates the flammability and NO x emission of swirling ammonia/air flames and utilizes …

This paper investigates the effects of gliding arc (GA) discharge on the stabilization and
emission characteristics of premixed NH3/CH4/air swirl flames under various ammonia …

This paper presents key effects of gliding arc discharges on the stability limits of externally
perturbed methane/air swirl flames. The low-frequency flow disturbance mimicking the …

This work seeks to achieve stable combustion of swirling premixed flows using gliding arc
discharges and understand how plasma alters flame dynamics near blow-off. Gliding arc …

This work investigates the rotating gliding arc (RGA) assisted swirling methane combustion
characteristics near the lean blowout limit by utilizing the high-speed videography. As the …

The present work investigates blowout dynamics of premixed swirl flames under low-
frequency high-amplitude flow pulsations from the fuel feedline, and applies microsecond …

We intensively investigated the kinetic enhancement of dielectric-barrier-discharge (DBD)
plasma on the pyrolysis and ignition of n-heptane, iso-octane, and n-decane fuels in a …

This work aims to implement an actuator integrating a swirl burner with electrodes to explore
stable and low-emission combustion of ammonia/air. The cavity structure holds a plasma …