This is a comprehensive, critical, and pedagogical review of volumetric emission
tomography for combustion processes. Many flames that are of interest to scientists and …

Advances in modeling soot formation and burnout in combustion systems are surveyed. The
types of models are divided up into three classes: empirical, semi-empirical and detailed …

The seventh edition of this classic text outlines the fundamental physical principles of
thermal radiation, as well as analytical and numerical techniques for quantifying radiative …

The structure of soot aggregates was investigated, emphasizing the fractal properties as well
as the relationships between the properties of actual and projected soot images. This …

The method of moments was extended to include a more complete description of particle
coagulation, namely, the transition and continuum regimes as well as the formation and …

The aim of this paper is to carry out a review of radiative heat transfer in dispersed media.
Firstly, the solution of the governing equations for radiative transfer in such media as well as …

Soot volume fractions, number densities, and particle sizes have been extensively
measured in laboratory flames using combined extinction and scattering methods. In order …

Laminar nonpremixed methane–air flames were studied over the pressure range of 0.5 to 4
MPa using a new high-pressure combustion chamber. Flame characterization showed very …

Soot formation was studied within laminar premixed ethylene/air flames (C/O ratios of 0.78–
0.98) stabilized on a flat-flame burner operating at atmospheric pressure. Measurements …

The range of validity of the Rayleigh–Debye–Gans approximation for the optical cross
sections of fractal aggregates (RDG-FA) that are formed by uniform small particles was …