Premixed flame ignition is a fundamental issue in combustion. A basic understanding of this
phenomenon is crucial for fire safety control and for the development of advanced …

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

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 …

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 …

To enrich the understanding of Microwave Assisted spark Ignition (MAI) under water dilution,
this work investigated the early flame development, plasma jet formation, and energy …

This study investigates the impact of inter-electrode gap distance (d) on the ignition process
using Nanosecond-pulsed high-frequency plasma discharges (NPHFD) in methane-air …

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 …

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 …

Gas recirculation effects have been experimentally measured and modeled following a
nanosecond pulse high-voltage discharge across a pin-to-pin quiescent air gap …

Atmospheric repetitive He discharge with 10 ns current peak width and 3× 1011 V s− 1
voltage front rise working in jet geometry is studied. The first part of the study is devoted to …