The state of the art and the further challenges of combustion chemistry research in laminar
flames are reviewed. Laminar flames constitute an essential part of kinetic model …

In this work we investigate nascent soot particles by analyzing laser-induced incandescence
(LII) signals obtained in low-sooting premixed flames. The analysis covers two data sets …

Restructuring of monodisperse soot aggregates due to coatings of secondary organic
aerosol (SOA) derived from hydroxyl radical-initiated oxidation of toluene, p-xylene …

A detailed study has been made of soot growth in two premixed flat ethylene/air flames, at
Φ= 2.1 and Φ= 2.3, where focus has been on following the change in optical properties from …

We performed a combined experimental and numerical study of the flame uniformity for a
standard McKenna burner by investigating the spatially-resolved temperature and species …

Soot formation and oxidation in a turbulent n-heptane jet spray flame are investigated
through simultaneous imaging of quantitative soot volume fraction (fv), flame-front (OH), and …

Laser-induced incandescence (LII) measurements were conducted in a laminar flat rich
premixed CH 4/O 2/N 2 flame at atmospheric pressure using a Nd: YAG laser operated at …

The laser-induced incandescence (LII) and cavity ring-down extinction (CRDE) optical
techniques offer excellent sensitivity to allow in situ soot volume fraction (f_ v)(fv) …

An experimental investigation has been performed where the influence of metal salts on
soot formation has been studied. By combining two-dimensional laser-induced …

Multispectral infrared absorption spectroscopy was developed for in situ, non-intrusive and
quantitative measurements of temperature distributions in laminar premixed ethylene/air …