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Range Instrumentation Problems

Published online by Cambridge University Press:  04 July 2016

H. J. Higgs
H. J. Higgs*
Affiliation:
Australian Weapons Research Establishment Representative at the U.K. Ministry of Aviation
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Extract

As this is a wide subject area with many specialised fields, a broad review from a systems viewpoint would appear to serve the purposes of this Symposium best. Also, such a review may help to show that the importance of range instrumentation in upper atmosphere research is rather more fundamental and widespread than generally appreciated.

Type
Upper Atmosphere Research
Information
The Aeronautical Journal , Volume 65 , Issue 608 , August 1961 , pp. 536 - 545
Copyright
Copyright © Royal Aeronautical Society 1961

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References

1.Willmore, A. P. (1958). Nature, 182, p. 1008, 1958.Google Scholar
2.Groves, G. V. and Da Vies, M. J. (1959). Methods of Analysing Observations on Satellites. Acta Astronautica, O/335, 21st July 1959.Google Scholar
3.Mengel, John T. (1956). Tracking the Earth Satellite. Proc. I.R.E. Part 1, June 1956.Google Scholar
4.Guier, William H. (1960). The Tracking of Satellites by Doppler Methods. Proc. 1st International Space Science Symposium, 1960.Google Scholar
5.Hibbs, A. R., Eimer, M., Stevens, R. (1960). Tracking of Moon Probes. Proc. 1st International Space Science Symposium, 1960.Google Scholar
6.Merson, R. H. (1959). Analysis of Satellite Observations. Acta Astronautica, Vol. 5/F.l, 1959.Google Scholar
7.Gerrard, C. N. (1957). Optical Observations of 1957. W.R.E. T.N. SAD 31, 1957.Google Scholar
8. Wild B.C.4 Camera, Wild Heerbrugg, Switzerland.Google Scholar
9.Heinze, Karl G. (1959). The Baker-Nunn Satellite Tracking Camera. Sky and Telescope, January 1957.Google Scholar
10.Barratt, P., Rothwell, D. and Somes-Charlton, B. V. ( 1959). Scientific Instrumentation of Unmanned Earth Satellites. Proc. Commonwealth Space Symposium, 1959.Google Scholar
11.Lundquist, C. A. (1960). Progress in Design and Implementation of Scientific Satellites. Proc. 1st International Space Science Symposium, 1960.Google Scholar
12.Wexler, H. (1960). Pictures of the Earth from High Altitudes and their Meteorological Significance. Proc. 1st International Space Science Symposium, 1960.Google Scholar
13.Groves, G. V. (1956-8). Journal of Atmospheric and Terrestrial Physics, Vol. 8, 1956; Vol. 10, 1957; Vol. 11, 1958.Google Scholar
14.Woodbridge, D. D. and Arnquist, W. N. (1959). Measurement of Jupiter Re-entry Radiation. Acta Astronautica, O/310, 18th June 1959.Google Scholar