High-energy trajectories from Earth to Mars and return
High energy trajectories from Earth to Mars and return for 1970-1980 - three-dimensional conic approximation used for calculations
EARTH↗
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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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A simple atmosphere reentry guidance scheme for return from the manned Mars mission
Atmosphere reentry guidance scheme for return from manned Mars mission
REENTRY GUIDANCE↗
Systems comparison of direct and relay link data return modes for advanced planetary missions
Advanced planetary missions using direct and relay link data return modes
RELAY SATELLITE↗
Definition of lateral-range and lift-drag-ratio requirements for return to both optimum and nonoptimum recovery sites
Lateral range and lift-drag ratio requirements for return to optimum or nonoptimum recovery sites from near-earth circular orbit
LIFT-DRAG RATIO↗
On the frequency of returning acoustic rays and focusing for Huntsville and Mississippi Test Facility
Acoustic focusing by returning atmospheric sound ray computations
ATMOSPHERIC REFRACTION↗
Atmosphere reentry guidance - Return from the manned Mars mission.
Reentry guidance for manned Mars mission return considering capture and acceleration control, skip range and terminal range controls
ATTITUDE CONTROL↗
Infrared spectral returns and imagery of the earth from space and their application to geologic problems.
Nimbus I IR scanning radiometry for nocturnal imagery of clouds and other data, IR spectral returns and relation to image gray scale
INFRARED SPECTRUM↗
Some possible means of acquiring increased information return from Mars.
Mars data transmission difficulty in long-life Mars flyby and orbiter and Earth-return mission
MARS PROBE↗
A study of the lunar orbiter regarding its adaptability to surface experiments utilizing a fly-by and earth return trajectory Final report
Adaptability of Lunar Orbiter to surface experiments using flyby and earth return trajectory
LUNAR ORBITER↗
Dynamics of the point of no return during differentiation in Blastocladiella emersonii
Biodynamics of morphological point of no return during differentiation in Blastocladiella emersonii fungus
BIODYNAMICS↗
The orbital recovery problem. Part II - Application of analysis technique to selection of recovery sites for return from low circular orbits
Lateral range requirements used in selecting spacecraft landing recovery sites for return from low circular orbits
SPACECRAFT RECOVERY↗
Return from orbit to the continental United States.
Lifting body reentry vehicle for return from orbit to continental U.S.
REENTRY VEHICLE↗
Optimization of data return from planetary missions by trajectory design.
Data return advantages of earth-Mars-earth flyby trajectories over more conventional Mars trajectories
TRAJECTORY OPTIMIZATION↗
Data return capabilities of the deep space network in the 1970s.
Deep Space Network /DSN/ with ground communications network, centralized control and data processing, discussing future data return and control capabilities
DATA ACQUISITION↗
Considerations on the Return Trajectories from the Moon to the Earth
Moon to earth return trajectory analysis
Yegorov, V. A.↗
A pyrotechnic-activated calorimeter for flight research at lunar return velocity
Pyrotechnic-actuated calorimeter for flight research at lunar return velocity /Project Fire/
Davis, D. D., Jr.↗
Having flown around the moon, the automatic station ''Zond-5'' successfully returned to earth with second cosmic velocity
News release on ZOND 5 space probe of moon and return to earth with second cosmic velocity
Source record↗
Automated /unmanned/ Mars sample return missions.
Payload feasibility of automated /unmanned/ Martian surface sample collection and return to earth
Dockery, J. T.↗