A 3-year Balloon Instrumentation R&D effort is summarized. Approaches are described and results are given for the seven principal tasks that were successfully carried out: (1) Ballast valve redesign; (2) Development and refinement of tethered aerostat flight performance computer programs; (3) Research into performance characteristics of the standard EV-13 helium valve; (4) Development of a ground station and flight components of a balloon tracking system designed to work with the Omega navigational system; (5) The design of an ultra-sensitive high altitude balloon motion sensing package; (6) The development of tethered aerostat instrumentation package; (7) The rehabilitation of a 45,000 cubic ft ILC Aerostat. It is concluded that the program was highly productive, providing the U.S. Air Force with new instruments and techniques to augment its balloon operational capabilities.
Balloon Instrumentation Engineering and Development
1985
39 pages
Report
Keine Angabe
Englisch
Aircraft , Navigation & Guidance System Components , Balloons , Instrumentation , High altitude , Navigational aids , Flight instruments , Magnetometers , Accelerometers , Angular motion , Detectors , Valves , Ballast , Helium , Omega navigation , Tethering , Aerostatics , Computer programs , Atmospheric physics , Foreign technology , Aerostats , Motion detectors
Instrumentation for balloon and rocket experiments.
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