Abstract
Laser based spectroscopic diagnostic tools offer the possibility of spatially and temporally
resolved measurements of species concentrations in complex reacting gas flows of engineering
interest. The major problem associated with such measurements is the effect of quenching reactions
on the fluorescence signal. To overcome this difficulty operating in the saturation mode is
proposed. For suitable systems the fluorescence signal is then no longer a function of quenching
rates or laser power. Very low detectability limits appear possible.
© 1977 Optical Society of America
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