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Displaying 1—10 of 1000 matches for query "Lunar_Prospector" retrieved in 0.002 sec with these stats:
- "lunar" found 12612 times in 4514 documents
- "prospector" found 56 times in 29 documents
... bonds will be paid back through the revenues generated from the operation and sale of lunar infrastructure, lunar materials, intellectual property and other revenue sources identified by the LDC.
The initial funding ... pay the LDC for services. Universities also may pay LDC for experiments on the lunar surface or lunar soil for researchers to use.
Government agencies, foreign space agencies, and private firms would ...
... Phase 2 laboratory design analysis summary (23MB PDF)
Media:19750069406_1975069406.pdf Apollo Extension Systems — Lunar Excursion Module Phase B Final Report Vol. 5 Shelter Design Analysis Summary (23MB PDF)
Media ... Vol. 16 Prelaunch and mission operations (9MB PDF)
Media:19750069222_1975069222.pdf Apollo Extension Systems — Lunar Excursion Module Phase B Final Report Vol. 26 Management Plan (3.5MB PDF)
Category:Publications
... .
(Source: Donald A. Beattie - 2013)
Report also published in Sky and Telescope 26, 6 (1963)
Lunar Color Phenomena, ACIC Technical Paper 12, May 1964
John Hall, “Supplementary Report,” Lowell Observatory, November ... , P.A. Moore and B.L. Weither, “Chronological Catalog of Reported Lunar Events,” G-807, NASA 1967.
W.C. Cameron, “Lunar Transient Phenomena (LTP): Manifestations, Site Distribution, Correlations and Possible Causes,” Physics ...
... program (ca. 1964) was to obtain data on the structure and topography of the lunar surface, the lunar environment and the physical, chemical, geodetic, and gravitational properties of the Moon. The resulting data was of importance to NASA's Apollo project for the design of manned lunar orbiters, landing craft, and logistic support vehicles, for the calculation of orbits and trajectories of ...
- Exploration of Lunar Craters using a Tracked Microrover Concept for the ESA Lunar Robotics Challenge
... of the British Interplanetary Society for Volume 63 63
'''Page ''' - 267-277
'''Year''' - 2010
'''Keywords''' - Lunar robotic challenge Pioneer 3-AT tracked crater exploration microrover
'''JBIS Reference Code ''' - 2010.63.267
'''Number of Pages''' - 11
Abstract
Robotic exploration of the lunar terrain is a crucial step towards future manned missions. There is evidence to suggest water ...
... about the frailties and strengths of our bodies. Constructing and operating facilities in the harsh lunar locations would enable similar functions in less harsh locations on Earth. And, as with the ... definition of a project.
This definition is useful for describing an undertaking to emplace a lunar habitation. That is, we want to emplace a facility on the Moon's surface that ... emplace the infrastructure. By providing support in this way, we become the constituents of a lunar government even though such an institute doesn't exist nor does such a country exist ...
... 200 3D Wire-frame texture-mapped models of Lunar Vehicles. This includes over 80 Lunar Landers, 80 Rovers and Mobile Laboratories, and more than 50 Lunar Flying Vehicles designed between1938 and 1972. Astronaut ... his comment " This book should be on the desk of everyone working on the next lunar lander". Image:9781894959810.jpg '''Buy This Book''' http://apogeebooks.com/Books/LunarScrapbook ...
... Interplanetary Society for Volume 63 63
'''Page ''' - 53-60
'''Year''' - 2010
'''Keywords''' - Space commercialization, lunar exploration, lunar development, lunar colonization, international cooperation, property rights, cislunar space
'''JBIS Reference Code ''' - 2010.63.53
'''Number ... developments. This is followed by a discussion of timelines for lunar commercial developments, and potential specific applications of commercial activities on the Lunar surface and in cislunar space. Various hurdles to success ...
... gallery>
Image:L-3ground2.jpg The L3 lunar complex in the assembly-test building.
Image:L-3schematic.jpg The lunar orbiter including the habitation compartment and the vehicle to be descended to ... .9 meters.
Image:L-3schematic2.jpg L3 lunar rocket complex including G and D rocket blocks, the lunar orbiter with the I rocket block and the lunar vehicle with E rocket block.
Media:1961-10-31_Manned-Lunar-Landing-Through-Use-of-Lunar-Orbit-Rendezvous_Pt_1_and_2.pdf Manned Lunar Landing Through Use of Lunar Orbit Rendezvous by John Houbolt (31 Oct 1961)
Category:Publications
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