Objective
TO DEVELOPMENT OF GROUND AND AIRBORNE UV-LASER SCANNERS FOR DETECTION OF FLUORESCENT MINERALS OF ECONOMIC INTEREST.
INVESTIGATION OF FLUORESCENCE INDUCED BY UV-LASERS AT 249 NM AND AT DIFFERENT WAVELENGTHS, E.G. 193 NM AND 222 NM.
STUDY OF ENERGY DENSITY, RANGE AND DETECTABLE FLUORESCENCE UNDER DAYLIGHT CONDITIONS.
INVESTIGATION OF OPTICAL SYSTEMS FOR EXPANSION OF THE LASER BEAM AND OBSERVATION OF EXACTLY THE AREAS COVERED BY THE LASER FOR CLOSE RANGE AND REMOTE SENSING.
DEVELOPMENT OF OPTOELECTRONIC COMPONENTS FOR THE ANALYSIS OF THE FLUORESCENCE WITH RESPECT TO EMISSION BANDS AND DECAY TIME OF CERTAIN MINERALS AND DEVELOPMENT OF A HARDWARE SYSTEMS FOR DATA STORAGE AND REALTIME PROCESSING.
TESTING OF COMMERCIALLY AVAILABLE EXCIMER LASERS FOR USE UNDER ROUGH FIELD CONDITIONS, I.E. SHAKING, TO SIMULATE USE IN MOVING 4WD VEHICLES.
DESIGN AND DEVELOPMENT OF UV-LASER SCANNERS FOR GROUND AND AIRBORNE APPLICATIONS.
Programme(s)
Topic(s)
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38640 Goslar
Germany