The Surveyor program was started in 1960 as a support mission to the Apollo program for the purpose of aiding in the design of the Lunar Excursion Module LEM and program operations. The Surveyor program had three priorities: (1) to accomplish successful soft landings on the moon as demonstrated by operations of the spacecraft subsequent to landing; (2) to provide basic data in support of the Apollo program; and (3) to perform lunar operations designed to contribute new scientific knowledge about the moon and to provide further information in support of the Apollo program. This was the United States space program’s first attempt to land a vehicle on another celestial body.
The program began with the spacecraft outfitted with many instruments such as microscopes, soil sample collector, chemical analyzer, and four television cameras, one on approach and three distributed around the spacecraft to allow for stereoscopic imagery. The payload was estimated at 2,500 lb. The launch vehicle...
References
Journal Articles
Rennilson JJ, Cristwell DR (1974) Surveyor observation of lunar horizon-glow. The Moon 10:121–142
Rennilson JJ, Holt HE, Morris EC (1968) In situ measurements of the photometric properties on an area on the lunar surface. J Opt Soc Am 58(36):747–755
Shoemaker EM et al (1967) Surveyor V; television pictures. Science 158(3801):642–652
Shoemaker EM et al (1969) Observations of the lunar Regolith and the Earth from the television camera on surveyor VII. J Geophys Res 74(25):6081–6119
Shoemaker EM, Rennilson JJ (1968) Television observations from surveyor III. J Geophys Res 73(12):3989–4043
Conference Papers
Rennilson JJ (1962) The unique problems of visual observation with Lunar based camera systems. In: Proceedings of the 6th congress international commission on optics, Munich
Rennilson JJ (1965) A television colorimeter for Lunar exploration. In: Proceedings of the international colour meeting, Lucern
Technical Reports
Analysis of surveyor data NASA/JPL, TR-32-1443, June 30, 1969
Atlas of surveyor 5 television data NASA SP 341, 1974
Bird TH, Smokler ML, Smyth DL (1968a) Surveyor V mission report part III. Television data, NASA/JPL, TR 32-1246, June 15, 1968
Bird TH, Smokler ML, Smyth DL (1968b) Surveyor VI mission report, part III. Television data. NASA/JPL, TR 32-1262, August 15, 1968
Bird TH, Smokler ML, Smyth DL (1968c) Surveyor VII mission report, part III. Television data. NASA/JPL, TR 32-1264, September 1, 1968
NASA special publications on surveyor: SP126,146,163,341,166,173
Rennilson JJ, Holt HE, Moll K (1972) Change in the optical properties of surveyor III’s camera. In: NASA special publicaitions #284, pp 60–76
Steinbacher RH, Gunter SZ, Spencer RL, Montgomery DR, Jaffe LD, Vrebalovich T (1966) Surveyor I mission report, Part III television data, NASA/JPL TR 32-1023
Surveyor III mission report, part II scientific results and addendum (1967) NASA/JPL TR 32-1177
Surveyor III mission report, part III: television data and addendum (1967) Surveyor project science staff. NASA/JPL, TR 32-1177, November 10
Surveyor Project Final Report, part II. Science results, by the teams, NASA/JPL, TR 32-1265, June 15, 1968
Surveyor V mission report, part II: science results, NASA/JPL, TR 32-1246. Members of the surveyor scientific investigator teams and working groups, November 1, 1967
Surveyor VI mission report, part II: science results. Members of the Surveyor Scientific Investigator Teams and Working Groups NASA/JPL, TR 32-1262, January 10, 1968
Surveyor VII mission report, part II, science results, by Surveyor Investigator Teams, Scientific Evaluation Advisory Team and Working Groups, NASA/JPL, TR 32-1264, March 15, 1968
Books
Link F (1969) Eclipse phenomena in astronomy. Springer, New York
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Rennilson, J.J. (2014). Surveyor Imagery. In: Cudnik, B. (eds) Encyclopedia of Lunar Science. Springer, Cham. https://doi.org/10.1007/978-3-319-05546-6_19-1
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