Lidar systems
Titanium:Sapphire Lasers
Optics
Control- and Evaluation Software
Electronics
Mechanics
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Mobile and stationary “all solid state” LIDAR systems for three-dimensional air pollution monitoring based on Nd:YAG laser pumped OPO or Raman cell technology. Measured pollutants: SO2, NO2, O3, Benzene, Toluene and Aerosols
Ozone Profiler for the measurement of the vertical concentration of ozone and the qualitative determination of the vertical aerosol distribution.
Water vapour Raman-LIDAR systems
H2O-DIAL systems
custom-made LIDAR systems, e.g. for research applications, meteorological applications…
Titania: flash lamp pumped Ti:Sapphire laser with high energy, Q-Switch, SHG, THG
Optical parametric oscillators for Lidar applications
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State Berlin/Brandenburg innovation award for environmental technology 1993 for “all solid state” LIDAR systems
Innovation award of the German Economy for the Mobile LIDAR System for the three dimensional remote sensing of air pollutants
State of Berlin/Brandenburg´s innovation award 1995 for a tunable UV-laser
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Clean Air Commission, Germany (KRdL, Kommission Reinhaltung der Luft, Germany)
Laser Network of the State of Berlin/Brandenburg (Laserverbund Berlin/Brandenburg)
Centre for the International Transfer of Environmental Technologies (ITUT-Verein, Leipzig, Germany)
Chamber of Commerce and Industry Potsdam, Germany
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Free University Berlin, Germany
University Claude Bernard Lyon I, France
Technical University of Brandenburg, in Cottbus, Germany
University of Potsdam, Germany
German Center for Aerospace (Deutsches Zentrum für Luft- und Raumfahrt - DLR, Germany)
Max Planck Institute for Meteorology, Germany
Alfred Wegener Institute for Ocean and Polar Research (AWI), Germany
National Institute of Industrial Environment & Risks (INERIS), France
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Prof. L. Wöste, Physics Department, Institute for Experimental Physics, Free University Berlin, Germany
Prof. J. P. Wolf, LASIM, Laboratory of Ion and Molecular Spectroscopy, Claude Bernard Lyon I University, France
Prof. D. Möller, Chair for Air Chemistry and Air Quality, Technical University of Brandenburg, in Cottbus, Germany
Dr. E. Reimer, Institute for Meteorology, Free University Berlin, Germany
Dr. J. Bösenberg, Max Planck Institute for Meteorology, Hamburg, Germany
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