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ELECTRO OPTICAL MEASUREMENT AND ALIGNMENT OF MISSILE SYSTEMS
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English
Abstract
A new optical alignment system has been developed to obtain one (1) arc-second accuracies to distances of 1000 feet. A solid state ruby laser as the system light source on a laboratory “breadboard” model proved out that desired accuracies can be obtained under adverse environmental conditions6 such as rain, fog10 and heat shimmer5.
Authors
Citation
Snyder, J., "ELECTRO OPTICAL MEASUREMENT AND ALIGNMENT OF MISSILE SYSTEMS," SAE Technical Paper 650756, 1965, https://doi.org/10.4271/650756.Also In
References
- Spalding, J. F. “Effects of Atmospheric Turbulence” G. E. Advanced Tech Labs Schenectady, N. Y
- Whitter, J. R. “Data Transmission During Inclement Weather With Pulsed Ruby Laser” G.E. Advanced Tech Labs Schenectady, N.Y
- Bullock, B.W. Smith, G.M. Borofka, R.P. “Atmospheric Boil Measurements” Proceedings of IRIS 5 #2 41 April 1960
- Straub, H.W. “Effects of Air Turbulence Upon Propogation of Light” 1962 Army Science Conference U. S. Military Academy West Point, N. Y.
- Walton, R.B. “Summary of Investigations of Heat Weave Effects on Photographic Images” U.S. Naval Ordnance Test Station China Lake, California October 1962
- Becker, R.A. “Effects of Atmospheric Turbulence on Optical Instrumentation” IRE Transactions on Military Electronics MIL-5 No. 4 Oct 196l 352 356
- Buell, D. A. Kenyon, G.C. “The Wind Induced Loads on a Dynamically Scaled Model of a Large Missile in Launching Position” NASA
- Oster Wasserman C “Theoretical Interpretation of Moire Patterns” February 1964 Journal of Optical Society of America
- Fowle, F. E. “Atmospheric Scattering of Light” Kollsman