Voyager spacecraft system, phase IA, TASK B - Preliminary design. Propulsion system analysis, volume C
Systems analysis study relating to applicability of several types of propulsion systems for Voyager missions
SPACECRAFT PROPULSION↗
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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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Voyager spacecraft system study /phase II SATURN V launch vehicle/, volume IIb Final report
Voyager spacecraft system design and analysis - Saturn V launch vehicle
SPACECRAFT DESIGN↗
Thermal scale modeling techniques for Voyager-type spacecraft
Thermal scale modeling techniques for Voyager- type spacecraft
SCALE MODEL↗
First planetary parachute test planned August 29
High altitude flight test of parachute design for landing instrumented capsules in Voyager program
FLIGHT TEST↗
Goals of the Voyager program.
Voyager program of unmanned scientific exploration of planets, discussing Flyby, Orbiter, Capsule and Lander missions
UNMANNED SPACECRAFT↗
A martian horror story - Requirements vs. capabilities for the photographic exploration of Mars.
Photography required for Voyager Mars landers to carry out effective biological exploration, noting Apollo relevance
SPACE PHOTOGRAPHY↗
Information processing and data compression for exobiology missions.
Frog retina layered model, stereoscopic system and decision/control system in connection with robot data reduction in Voyager missions
RETINA↗
Plan for Sterilization of Voyager Capsule
Sterilization plan for Voyager capsule
SPACECRAFT STERILIZATION↗
Space Programs Summary No. 37-42, Volume VI FOR the Period September 1 to October 31, 1966. Space Exploration Programs and Space Sciences
Surveyor mission operations, and systems design engineering for Mariner, Voyager, and Surveyor space probes
DEEP SPACE INSTRUMENTATION FACILITY /DSIF/↗
Automated biological laboratory soil sampling study Final report, 17 Feb. 1966 - 17 Feb. 1967
Prototypes of automated soil sampling systems for use in Voyager-class capsules of 1970 decade for Mars exploration
VOYAGER PROJECT↗
A preliminary analysis of orbit insertion guidance for the Voyager mission
Guidance laws for propellant efficiency with optimum thrust program and error analysis for Voyager mission orbit insertion
OPTIMUM THRUST PROGRAMMING↗
Tracking and navigational accuracy analysis
Trajectory and navigation accuracy studies related to deep space network
VOYAGER PROJECT↗
Voyager spacecraft system Task C mission risk analysis study. Volume I - Summary Volume II - Development. Volume III - Handbook Final technical report, Apr. 1966 - Jul. 1967
Iterative risk analysis approach for assessing and comparing risks associated with proposed Voyager missions
VOYAGER PROJECT↗
Voyager spacecraft system Task C orbit study. Volume I - Technical approach and results Final technical report, Apr. 1966 - Jul. 1967
Weighting factors combined with individual value functions for 350 candidate orbits for Voyager Mars missions to develop computer-determined overall value functions for optimum orbits
MARS PROBE↗
Voyager capsule phase B. Volume I - Summary Final report
Mission objectives, design criteria, and design constraints for preferred capsule bus concept of Voyager flight capsule
SPACE CAPSULE↗
Some flight mechanics considerations for the Voyager mission
Voyager mission study considerations including launch opportunities, trajectory design, performance capability of Saturn V launch vehicle, and vehicle load relief control
VOYAGER PROJECT↗
Application of redundancy study, volume 4 Final report
Redundancy at both mission and spacecraft systems level of Voyager program
VOYAGER PROJECT↗
Data management study, volume 5. Appendix A - Contractor data package technical description and system engineering /SE/ Final report
Technical description and systems engineering contractor data package for Voyager spacecraft
VOYAGER PROJECT↗