This work numerically investigates the effects of non-equilibrium nanosecond plasma
discharge pulse repetition frequency, pulse number, and flow velocity on the critical ignition …

The impacts of the pulse repetition frequency (PRF), number of pulses, and energy per pulse
in a train of nanosecond discharge pulses on the ignition of a flowing lean premixed …

The ignition of an atmospheric pressure laminar premixed methane/air mixture by
Nanosecond Repetitively Pulsed (NRP) discharges in a pin-pin configuration is studied …

This work aims to characterize the effects of pulse repetition rate (PRR) and flow speed on
dielectric barrier discharge (DBD) plasma pulse-to-pulse coupling and its ability to ignite …

Ignition of an ethylene-fueled cavity in Mach-2 flow was performed using nanosecond-
pulsed high-frequency discharges (NPHFDs) over a range of pulse repetition frequencies …

This study analyzes different strategies of plasma actuation of premixed swirl flames at
pressures up to 3 bar. A wide range of applied voltages and pulse repetition frequencies …

This work explores ignition in flowing mixtures of methane and air at 100 kPa and 295 K
initial temperature using a nanosecond-pulsed high-frequency discharge ignition source …

The effects of energy distribution on ignition during a burst of nanosecond-pulsed high-
frequency discharges (NPHFD) are investigated in methane-air mixtures at a nominal flow …

Spark plasma discharges induce vortex rings and a hot gas kernel. We develop a model to
describe the late stage of the spark-induced flow and the role of the vortex rings in the …

The development of energy efficient combustion systems is a critical technical objective in
the engine and power generation industries. This pursuit often prompts using conditions at …