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1 April 1978 Remote Pollution Probing by Laser-Induced Luminescence Techniques
Richard E. Grojean, John A. Sousa, Joseph F. Roach, Elliot F. Wyner, Masato Nakashima
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Optical Engineering, Vol. 17, Issue 2, 172139 (April 1978). https://doi.org/10.1117/12.7972199
Abstract
The general problem of remote detection for laser stimulated luminescent systems is considered. A simple optical model is employed to calculate the maximum practical range of detection for several such luminescent systems. Some experimental verification of the model is included. Consideration is also given to the practicality of using such a system for the remote detection of casual oil spills. The results of this study indicate that laser-induced fluorescence is a practical technique for the remote detection of pollutants. The ranges calculated from the simplified model are, in general, greater than those reported in the literature, but appear to be realizable.
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Richard E. Grojean, John A. Sousa, Joseph F. Roach, Elliot F. Wyner, and Masato Nakashima "Remote Pollution Probing by Laser-Induced Luminescence Techniques," Optical Engineering 17(2), 172139 (1 April 1978). https://doi.org/10.1117/12.7972199
Published: 1 April 1978
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KEYWORDS
Luminescence
Pollution
Systems modeling
Laser induced fluorescence
Laser systems engineering
Pollution detection
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