The pursuit of efficient light sources has stimulated continued effort in the search of materials
and methods for generating white light emission. In addition to the white light produced by …

Swirl-stabilized turbulent spray flames operating at atmospheric pressure, with both a
conventional Jet-A kerosene ('A2') and a synthetic fuel blend ('C5') and radially-injected …

Understanding soot formation in flames burning Jet-A fuel at elevated pressures is critical for
reducing emissions from aeroengine combustion. In this work, we utilize a single camera …

Laser-induced incandescence (LII) was used to quantify the soot volume fraction in five
piloted turbulent non-premixed C 2 H 4-N 2 jet flames at elevated pressures. In one series of …

View Video Presentation: https://doi. org/10.2514/6.2023-2435. vid Laser-induced
incandescence (LII) has proven to be a useful diagnostic for studying non-volatile particulate …

Abstract Swirl-stabilized, turbulent, non-premixed ethylene–air flames at atmospheric
pressure with downstream radially-injected dilution air were investigated from the …

The coupling of electric field (E-field) and corona discharge is designed to adjust the
appearance and soot formation of the ethylene jet flame. The temperature and content of …

Understanding the production of non-volatile particulate matter (nvPM), which is composed
primarily of soot, is critical not only for reducing emissions but also for improving engine …

The quantification and identification of aerosols in industry plays a key role in process
monitoring and control and lays the foundation for process automation aspired by the …

The quantitative measurements of the soot volume fraction can deliver important validation
data for detailed models of soot inception, growth, and oxidation in hydrocarbon-fueled …