The interaction between turbulence and radiation (TRI) in reactive flows has been
demonstrated experimentally, theoretically and numerically, and results from the highly non …

This review considers the opportunities for enhanced fundamental combustion
understanding from experiments where effects of buoyancy are eliminated, and the new …

Generalized state-relationship correlations giving the mass fractions of major gas species (N
2, O 2, fuel, CO 2, H 2 O, CO, and H 2) and temperature as functions of local fuel …

The structure of soot was investigated within the fuel-lean (overfire) region of overventilated
buoyant turbulent diffusion flames burning in still air. The study was limited to the long …

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

Predictions of the structure and received thermal radiation around a turbulent reacting jet
discharging into a cross-flow have been made using a finite-difference scheme for solving …

A recently developed laser-induced incandescence technique is used to make novel planar
measurements of soot volume fraction within turbulent diffusion flames and droplet flames …

The features of the multiwavelength emission technique for the measurement of soot volume
fraction and temperature in an ethylene diffusion flame have been investigated. For this …

Radiative heat transfer (RHT) is often the dominant mode of heat transfer in flames, fires,
and combustion systems and affects significantly temperature distributions directly and …

The calculation of radiative transfer within a sooty turbulent ethylene–air diffusion jet flame
has been carried out by using a Monte Carlo method and an accurate CK model for the …