Mars Global Surveyor Mission Assurance: Key Approaches for Faster, Better, Cheaper Missions
Future space missions are required to deliver significant results with new technolgy and substantially reduced dvelopment cost and schedule.
significantly↗
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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Mission Design for Deep Space 1: A Low-Thrust Technology Validation Mission
Deep Space 1 (DS1), scheduled for launch in July 1998, is the first mission of NASA's New Millennium program, chartered to flight validate high-risk, advanced technologies important for future space and Earth Science programs.
Mission↗
LAUNCH-TO-MISSION COMPLETION TARGETING FOR RANGER AND MISSIONS
Launch to mission completion targeting techniques, computer programming for lunar and interplanetary flight programs - ranger/mariner program
TARGET↗
Surveyor I Mission Report. Part I - Mission Description and Performance
Mission description and performance of Surveyor I systems
SURVEYOR I SPACECRAFT↗
A Feasibility Study on Miniaturizing an Automatic Amino Acid Analyzer for Use on Apollo Mission and Mars Voyager Mission Progress Report, Jun. - Dec. 1966
Miniaturizing automatic amino acid analyzer for Apollo and Voyager missions
AMINO ACID↗
Surveyor III mission report. Part I - Mission description and performance
Mission description and performance evaluation of Surveyor III lunar soft landing
SURVEYOR PROJECT↗
Surveyor 4 mission report - Mission description and performance
Surveyor 4 lunar probe mission description and performance
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Technological requirements common to manned planetary missions. Appendix A - Mission requirements
Performance requirements common to manned mission objectives and modes for Mercury, Venus, Mars, Jupiter/Ganymede, and asteroids Ceres and Vesta
Meston, R. D.↗
Surveyor 5 mission report. Part 1 - Mission description and performance
Surveyor 5 mission description and performance
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The biochemical, physiological, and metabolic effects of Apollo nominal mission and contingency diets on human subjects while on a simulated Apollo mission Final report, Feb. - Jun. 1966
Biochemical, physiological, and metabolic effects of simulated Apollo mission with space diet on humans
Katchman, B. J.↗
Surveyor 6 mission report. Part 1 - Mission description and performance
Mission description and postflight performance analysis of Surveyor 6 spacecraft
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Effect of mission mode and orbit eccentricity on unmanned outer planet capture missions.
Direct flight and Jupiter swingby heliocentric trajectory modes of elliptic capture orbits compared for unmanned missions to outer planets
Norman, S. M.↗
Surveyor 1 mission report. Part 1 - Mission description and performance
Surveyor 1 mission discription and performance for preflight and flight phases
Parks, R. J.↗
Buoyant Venus station mission feasibility study for 1972 and 1973 launch opportunities. Volume 2 - Trajectory analysis for 1972 and 1973 missions Final report
Trajectory analysis for 1972 and 1973 buoyant Venus station mission
French, C. E.↗
Surveyor 7 Mission Report. Part 1 - Mission Description and Performance
Mission description and performance of Surveyor 7 spacecraft
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Aerospace systems and mission analysis research - Solar electric space mission analysis Final report
Mission analysis for solar electric propelled spacecraft on Mars Orbiter, Jupiter flyby, and asteroid belt exploration trajectories
Handelsman, M.↗
Probability of EOSS mission survival evaluation of the impact of artificial-gravity operations on the overall mission reliability Preliminary report
Early Orbital Space Station mission reliability in artificial gravity mode
Seebach, M. J.↗
Mission training program for third manned Apollo mission
Crew training program for third manned Apollo mission
Van Bockel, J. J.↗