CURRENT FLUORESCENCE METHODS ARE BASED ON SPECTRAL RECOGNITION WHICH AFFORDS A LIMITED CLASSIFICAITON OF OILS INTO BROAD CATEGORIES, BUT DOES NOT ALLOW A TRUE FINGERPRINTING. A NEW METHOD OF LASER-INDUCED TIME-RESOLVED FLUORO- SENSING HAS BEEN DEVELOPED IN LABORATORY. FROM THE RESULTS OF INDOOR EXPE- RIMENTS, A SIMULATION OUTDOOR FACILITY HAS BEEN BUILT. SOME SIGNIFICANT ACHIEVEMENTS OF OUR INVESTIGATIONS ARE PRESENTED. A PROTOTYPE OF AIRBORNE LASER FLUOROSENSOR HAS BEEN DEVELOPED AND ITS CONSTRUCTION IS EXPECTED TO TERMINATE IN 1987: ITS CONCEPT IS SUPPORTED BY THE RESULTS SHOWN IN THE PAPER
ROSSI Guglielmo;
CAMAGNI Paolo;
COLOMBO Gianni;
KOECHLER Claudio;
PEDRINI Alfredo;
1995-03-15
JRC5075
https://publications.jrc.ec.europa.eu/repository/handle/JRC5075,
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