Design of an airborne lidar for stratospheric aerosol measurements

Details Design of an airborne lidar for stratospheric aerosol measurements Design of an airborne lidar for stratospheric aerosol measurements

May 1977

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1977stan.reptq....e&link_type=abstract

Final Report Stanford Research Inst., Menlo Park, CA.

Physics

Aircraft Equipment, Optical Radar, Telescopes, Apertures, Photometers, Receivers, Signal Processing, Systems Engineering

Scientific paper

A modular, multiple-telescope receiving concept is developed to gain a relatively large receiver collection aperture without requiring extensive modifications to the aircraft. This concept, together with the choice of a specific photodetector, signal processing, and data recording system capable of maintaining approximately 1% precision over the required large signal amplitude range, is found to be common to all of the options. It is recommended that development of the lidar begin by more detailed definition of solutions to these important common signal detection and recording problems.

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