Mathematics – Logic
Scientific paper
Jul 1992
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1992fsa..work.....h&link_type=abstract
In NASDA, Future Space Activity Workshop: Lunar Base Workshop 1992 21 p (SEE N93-28014 10-12)
Mathematics
Logic
Artificial Gravity, Japanese Spacecraft, Mission Planning, Physiological Factors, Satellite Design, Spaceborne Experiments, Animals, Gravity Gradient Satellites, Microgravity, Physiological Effects, Rotating Environments, Satellite Configurations, Satellite Orbits, Spacecraft Control, Weightlessness
Scientific paper
An overview of the conceptual study of an artificial gravity experiment satellite based on the assumption of a launch by the H-2 launch vehicle with a target launch date in the Year 2000 is presented. While many satellites provided with artificial gravity have been reported in relation to a manned Mars exploration spacecraft mission, the review has been conducted on missions and test subjects only for experimental purposes. Mission requirements were determined based on the results of reviews on the mission, test subjects, and model missions. The system baseline and development plan were based on the results of a study on conceptual structure and scale of the system, including measures to generate artificial gravity. Approximate scale of the system and arm length, mission orbit, visibility of the operation orbit from ground stations in Japan, and satellite attitude on the mission orbit are outlined.
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