An overview is given of recent developments in laser diagnostic methods for the quantitative
measurement of trace species concentrations and, in conjunction, of temperature in …

The use of laser induced fluorescence spectroscopy (LIF) is described for making
measurements in the combustion environment. Some background in molecular structure …

Laser Diagnostics for Combustion Temperature and Species Page 1 Page 2 Laser Diagnostics
for Combustion Temperature and ~pecies Page 3 Combustion Science and Technology Book …

An overview is provided of the planar laser-induced fluorescence (PLIF) method, which
currently allows simultaneous combustion measurements at more than 10 5 flowfield points …

This paper details a quantitative joint temperature, OH, and CH2O imaging experiment
designed to investigate the stabilization of lifted turbulent methane flames issuing into a high …

In recent years, a large number of linear and nonlinear laser-based diagnostic techniques
for nonintrusive measurements of species concentrations, temperatures, and gas velocities …

Two techniques based on planar laser-induced fluorescence of NO are applied to the
measurement of two-dimensional temperature fields in gaseous flows. In the single-line …

A quantitative flow visualization technique for combustion research is described. The
method uses sheet illumination from a tunable laser to excite planar laser-induced …

A detailed chemical kinetic model has been developed for methane oxidation which is
applicable over a wide range of operating conditions. A reaction mechanism, originally …

Laser-induced fluorescence measurements of OH have been performed in an atmospheric
stoichiometric CH_4/air flame and in a highly sooting propane flame. The measurements …