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Aerospace Pyrotechnics
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English
Abstract
Pyrotechnic applications in the aerospace industry have multiplied in scope and function since introduction of personnel escape systems in 1947. An overview of significant advances in design, application and testing is presented. Emphasis is placed on the engineering approach rather than the “black magic” aspect so frequently found in early developments. A pressure-controlled propellant-actuated device is discussed along with new test techniques for performance evaluation. A look into the crystal ball concerning the future aspects of pyrotechnics is also presented.
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Citation
Drexelius, V., "Aerospace Pyrotechnics," SAE Technical Paper 700831, 1970, https://doi.org/10.4271/700831.Also In
References
- Schimmel M. L. Kirk B. “Study of Explosive Propagation Across Air Gaps.” McDonnell Aircraft Co. Report B331 Dec. 24 1964
- Drexelius V. W. Schimmel M. L. “Pressure-Controlled Propellant-Actuated Devices.” McDonnell Aircraft Co. Paper MDC 69-001 July 9 1969
- Pressure and Load Control for Propellant Actuated Device Dec. 16 1969
- Schimmel M. L. Drexelius V. W. “Measurement of Explosive Output.” Proceedings of the Fifth Symposium on Electroexplosive Devices June 1967
- Energy Sensor Aug. 2 1966
- Drexelius V. W. Berger H. “Neutron Radiographic Inspection of Ordnance Components.” Proceedings of the Fifth Symposium on Electroexplosive Devices June 1967