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 …

New measurement techniques based on planar (2-d) imaging of scattered light provide a
powerful complement to single-point laser-based diagnostics, with significant potential to …

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 …

Laser diagnostic techniques have for more than 30years added very valuable input for a
deepened understanding of combustion processes. The present paper will focus on …

In addition to improving classical methods and extracting quantitative information from
optical techniques that previously yielded only qualitative data, the use of digital techniques …

Two-dimensional planar imaging and one-dimensional, spectrally-resolved line-imaging of
laser-induced fluorescence from CO and UHC are performed to help identify the sources of …

This paper reports on simultaneous measurement of temperature and CO concentration in
atmospheric methane/air jet flames im**ing vertically against a water-cooled stainless …

Two-dimensional imaging of CO concentration in combustion gases is demonstrated using
two-photon-excited planar laser-induced fluorescence. A quantitative model is presented for …

The first observation to the author's knowledge of optically excited stimulated emission in
atomic hydrogen is described. The two-photon n= 1→ n= 3 transition of hydrogen atoms in …