This paper reviews recent advances in our understanding of the structure of turbulent
nonpremixed flames due to extensive data acquired from single-point and planar imaging …

A lot of laser-based nonintrusive techniques have been developed for combustion
diagnostics in the past few years. Among them, laser Rayleigh scattering (LRS) has received …

The effects of radiative transfer on the structure and extinction limits of counterflow H2/O2/N2
diffusion flames are studied numerically using detailed kinetics and transport properties. The …

A new method to obtain images of conserved scalars in turbulent flames is presented and
implemented with simultaneous Rayleigh and fuel Raman measurements in a methane/air …

A computationally-supported experimental technique is presented, to measure height of
luminous flames, using convolution and density-based spatial clustering for image …

One-dimensional simultaneous measurements of the species mass fractions of O2, H2 H2O,
N2 and OH radical as well as flame temperature have been carried out in hydrogen jet …

Laser diagnostics based on incoherent interaction between fight and matter can provide
quantitative scalar data in reacting flows as linear calibration procedures are achievable …

In the present study laminar and turbulent oxy-fuel jet flames are investigated both
experimentally and numerically with emphasis on the direct comparison of the Rayleigh …

A new experimental approach to two-dimensional (2D) measurements of mixture fraction
and other scalars in turbulent flames has been developed, based on simultaneous fuel …

This paper presents results from the Sydney inhomogeneous burner for two gaseous
hydrocarbons: methane (CH4) and propane (C3H8). These different hydrocarbons enable …