Computer Science – Robotics
Scientific paper
Dec 1991
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1991stin...9318163b&link_type=abstract
Unknown
Computer Science
Robotics
Astronomical Observatories, Expeditions, Habitats, Lunar Observatories, Lunar Surface, Robotics, Cargo Spacecraft, Data Recording, Gravitation, Rotation, Site Selection, Stability, Vacuum
Scientific paper
This document outlines the design completed by members of Lone Star Aerospace, Inc. (L.S.A.) of a lunar observatory on the far side of the Moon. Such a base would not only establish a long term human presence on the Moon, but would also allow more accurate astronomical data to be obtained. A lunar observatory is more desirable than an Earth based observatory for the following reasons: instrument weight is reduced due to the Moon's weaker gravity; near vacuum conditions exist on the Moon; the Moon has slow rotation to reveal the entire sky; and the lunar surface is stable for long baseline instruments. All the conditions listed above are favorable for astronomical data recording. The technical aspects investigated in the completion of this project included site selection, mission scenario, scientific instruments, communication and power systems, habitation and transportation, cargo spacecraft design, thermal systems, robotic systems, and trajectory analysis. The site selection group focused its efforts on finding a suitable location for the observatory. Hertzsprung, a large equatorial crater on the eastern limb, was chosen as the base site.
Bishop David W.
Chakrabarty Rudhmala P.
Hannula Dawn M.
Hargus William A. Jr.
Melendrez Dean A.
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