Analysis of aircraft and ground mounted infrared devices for runway collision in low visibility conditions; Evaluation of IR signatures of commercial aircraft, strobes and beacons, and ground vehicles; Study of IR atmospheric transmisson and laser propagation in fog and haze; Design of a two-color IR system for jet engine detection; and Application of laser technology to obstacle detection in fog. (Author)
Infrared Runway Collision Avoidance System Analysis
1979
86 pages
Report
Keine Angabe
Englisch
Air Transportation , Transportation Safety , Infrared & Ultraviolet Detection , Collision avoidance , Runways , Infrared lasers , Infrared detectors , Automation , Systems analysis , Infrared scanning , Light transmission , carbon dioxide lasers , Blanking(Electronics) , Electrooptics , Infrared beacons , Stroboscopes , Ground level , Aircraft equipment , Laser beams , Ground vehicles , Landing aids , Takeoff , Clearances , Jet engines , Infrared radiation , Airports , Fog , Haze , Penetration , Attenuation , Radiation hazards , Laser scanning
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