The requirements of unmanned space missions to Jupiter.
Unmanned Jupiter space flights, discussing requirements for flyby, Orbiter and low thrust missions
SPACE FLIGHT↗
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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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An empirical method for estimating unmanned spacecraft program costs.
Unmanned spacecraft program costs estimation through empirical studies of past and current NASA programs
SPACE PROGRAM↗
An empirical method for estimating unmanned spacecraft program costs.
Unmanned spacecraft program costs estimation through empirical studies of past and current NASA programs
NASA PROGRAM↗
Analysis of multipurpose entry vehicle requirements for unmanned landings on bodies having tenuous atmospheres.
Multipurpose entry vehicle requirements for unmanned landings on bodies in solar system having tenuous atmospheres
ATMOSPHERIC ENTRY↗
Trajectory modes for manned and unmanned missions to Mercury - 1980-2000.
Trajectory modes for manned and unmanned missions to Mercury, 1980-2000
SPACE MISSION↗
Guidance requirements for an unmanned landing on Mars.
Mars landing guidance requirements for unmanned lander after separation from interplanetary flyby space vehicle
SPACECRAFT GUIDANCE↗
Sampling of planetary surface solids for unmanned in situ geological and biological analysis - Strategy, principles, and instrument requirements
Sampling requirements for in situ geological and biological analysis of planetary surface rocks by unmanned spacecraft
Nash, D. B.↗
Effects of sterilization and vacuum exposure on potential heat shield materials for unmanned Mars mission
Sterilization and vacuum exposure effects on potential heat shield materials for unmanned Mars missions
Pears, C. D.↗
The chances of retrieval of viable microorganisms deposited on the moon by unmanned lunar probes
Terrestrial microorganisms deposited on moon by unmanned lunar probes
Tierney, M. S.↗
Effect of mission mode and orbit eccentricity on unmanned outer planet capture missions
Mission mode and orbit eccentricity effects on unmanned outer planet capture missions
Norman, S. M.↗
Unmanned spacecraft guidance and control
Unmanned spacecraft guidance and control technology for lunar and planetary exploration
Scull, J. R.↗
Research on strapdown guidance-and-control systems for advanced unmanned launch vehicles
Strapdown and gimbaled guidance and control systems for advanced unmanned spacecraft and launch vehicles
Duncan, R. C.↗
Comparison of small water-graphite nuclear rocket stages with chemical upper stages for unmanned missions
Small water-graphite nuclear rocket stages compared with chemical upper stages for use in unmanned spacecraft
Clark, M. R.↗
Multipurpose entry vehicle requirements for unmanned landings on bodies having tenuous atmospheres.
Multipurpose entry vehicle requirements for unmanned landings on bodies in solar system having tenuous atmospheres
Harrison, E. F.↗
Overview of the role of unmanned earth satellites in the exploitation of space.
Unmanned earth satellites role in space exploitation
Castruccio, P. A.↗
Deorbit maneuver and targeting strategy for unmanned Mars landers.
Deorbit maneuver strategies for unmanned Mars soft landers, considering propulsive efficiency, targeting capability, communication link geometry and sensitivity to system uncertainties
Marquet, D.↗
Evaluation of aerodynamic and propulsive terminal phase systems for an unmanned Mars soft lander.
Aerodynamic and propulsive terminal phase systems for unmanned Mars soft lander compared on basis of weight and capability for handling uncertainty
French, C.↗
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.↗