Observation requirements for unmanned planetary missions. Part 2 - Appendixes C and D
Computer program description and printout tables of observation requirements for unmanned planetary missions
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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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Sterilization of unmanned planetary spacecraft, a report on current technology
Philosophy and technology of unmanned spacecraft sterilization and planetary quarantine
Beyerle, F. J.↗
Evaluation of entry and terminal deceleration systems for unmanned Martian landers
Entry and terminal deceleration systems for unmanned Martian landers, discussing parachute landing and lifting entry vehicles
Harrison, E. F.↗
Results of recent manned and unmanned lunar exploration
Lunar exploration by manned and unmanned space flights, discussing seismology, composition, surface features, etc
Jaffe, L. D.↗
Sliding electrical contacts for unmanned scientific satellites
Sliding electrical contacts for unmanned scientific satellites, discussing Nimbus AVCS camera iris motors
Babecki, A. J.↗
Unmanned exploration of Mars
Mariner, Explorer, High Data Orbiters, Viking and Rover landers as required systems for unmanned Mars exploration, examining ballistic and lifting entry
Harrison, E. F.↗
Unmanned spacecraft for surveying earth's resources
Unmanned spacecraft for earth resources survey, investigating ERTS payload, performance characteristics and ground station
George, T. A.↗
Thermionic reactor electric propulsion spacecraft for unmanned outer planet exploration
Thermionic reactor electric propulsion for unmanned outer planets exploration, discussing spacecraft design, launch vehicle, weight factors, etc
Davis, J. P.↗
Conceptual design of a Manned-Unmanned Lunar Explorer /MULE/
Manned-unmanned lunar explorer systems design
Howell, J. R.↗
Unmanned spacecraft RTG shield optimization study Final report
Analytic procedures and computer codes for prediction of weight optimized radioisotope thermoelectric generator shields for unmanned spacecraft
Huang, R.↗
Control elements for an unmanned Martian roving vehicle Annual Progress report, 1 Jul. 1969 - 30 Jun. 1970
Design of control equipment for unmanned Martian roving vehicle
Osborne, R. E.↗
Study of a common solar-electric-propulsion upper stage for high-energy unmanned missions. Volume 1 - Summary Final report
Versatile, multimission solar electric propulsion upper stage for high energy, unmanned interplanetary flights - summary
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Study of a common solar-electric-propulsion upper stage for high-energy unmanned missions. Volume 2 - Technical Final report
Versatile, multimission solar electric propulsion upper stage for high energy, unmanned interplanetary flights - technical details
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Study of a common solar-electric-propulsion upper stage for high-energy unmanned missions. Volume 3 - Appendixes Final report
Versatile, multimission solar electric propulsion upper stage for high energy, unmanned interplanetary flights - appendices
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Remote sensor systems for unmanned planetary missions
Development, definition, and characteristics of remote sensors for unmanned spacecraft conducting planetary exploration
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Unmanned lunar roving vehicle elevation determination analysis
Elevation determination methods for unmanned lunar roving vehicle, considering instruments, orbiter tracking, etc
Martin, R. V.↗
Unmanned lunar roving vehicle remote guidance study
Unmanned lunar roving vehicle remote guidance, discussing onboard vs on-earth steering and velocity control, imaging system, obstacle detection and avoidance
Filetti, K. A.↗
Thermionic reactor ion propulsion spacecraft for unmanned outer planet exploration
Thermionic reactor electric propulsion for unmanned outer planets exploration, discussing spacecraft design, launch vehicle, weight factors, etc
Davis, J. P.↗