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 …

Simultaneous space-and time-resolved measurements of the concentrations of CH 4, O 2, N
2, H 2 O, H 2, CO, and CO 2 have been made using spontaneous Raman scattering, in the …

We report the first two-photon-excited hydrogen-atom fluorescence measurements in flames
made to our knowledge. The n= 3 level of the H atom was excited by 205.1-nm radiation …

Collisional quenching cross sections for laser‐induced fluorescence from NO A (v′= 0) are
measured for H2O, CO2, O2, NO, N2, H2, Ar, C2H6, and CO as a function of temperature …

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 …

Simultaneous measurements of velocity and scalar fields were performed in turbulent
nonpremixed flames at gas turbine engine-operating conditions using 5 kHz particle image …

Laser diagnostics has been one of the most powerful tools in advancing state-of-the-art
combustion research over the last five decades. Prof. Marcus Aldén, one of the most well …

A sonic, highly under-expanded jet of hydrogen was injected transversely into a supersonic
(Mach 1.5). high-temperature UTs= 1200 K) argon-oxygen free stream. Planar laser-induced …