Ultrafine and highly light absorbing soot particles have been known to be harmful to human
health and a major climate forcer. Understanding the mechanisms of soot formation and …

In previous work, we introduced the dual-pulse two-color time-resolved laser-induced
incandescence (DP-2C-TiRe-LII), which is possibly suitable for on-line monitoring of the …

Dimensionless extinction coefficient (K e) is one of the most important optical parameters of
soot since it affects the accuracy of laser extinction measurement of soot volume fraction. In …

To understand soot maturation mechanism, we investigate the size-evolution of soot maturity
in a series of laminar premixed burner-stabilized stagnation ethylene flames, with the …

Coal contains light volatiles, tar, and fixed carbon, among which the generation of soot
during combustion process is most closely related to tar. In this study, the removal of light …

An original in situ experimental approach is proposed to estimate the absorption function of
soot particles in flames: the two separated pulses laser-induced incandescence technique …

Obtaining quantitative experimental data on soot properties of aviation kerosene at elevated
pressures is a significant concern for the surrogate fuel kinetic model of aviation kerosene …

Counterflow diffusion flame is an attractive platform for fundamental research on kinetics of
soot formation. Accurate determination of soot volume fraction in the flame is a prerequisite …

This paper initially utilizes a Fourier single-pixel imaging (FSI) optical method to measure
the soot volume fraction (fv) field in flames, which is based on the theorems of Fourier …

Optical properties of soot have been investigated with and without potassium chloride (KCl)
salt added to the soot formation process in a premixed ethylene/air flame. A strong decrease …