Application of gyrocompassing to space missions Final technical report
Gyrocompassing with sensors or inertial platforms for use on planetary surface or in free orbital flight
INERTIAL PLATFORM↗
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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. Volume I - Preferred design - System considerations Final technical report, phase IA, task B
Voyager spacecraft preferred design
SPACECRAFT DESIGN↗
Voyager spacecraft. Volume II - Preferred design - Subsystems Final technical report, phase IA, task B
Preferred design for Voyager spacecraft subsystems
SYSTEMS DESIGN↗
Voyager spacecraft. Volume III - Spacecraft implementation Final technical report, phase IA, task B
Voyager spacecraft implementation plan
PLANNING↗
Voyager spacecraft. Volume IV - Operational support equipment Final technical report, phase IA task B
Operational support equipment for Voyager spacecraft
VOYAGER PROJECT↗
Voyager spacecraft. Volume V - Tradeoff analyses Final technical report, phase IA, TASK B
Tradeoff analyses for Voyager spacecraft propulsion system selection
VOYAGER PROJECT↗
Voyager spacecraft system. Management philosophy and program highlights Final technical report
Design concepts, management philosophy and program highlights of research toward Voyager spacecraft development
MISSION PLANNING↗
Voyager spacecraft system. Volume A - Preferred design for flight spacecraft and hardware subsystems, part I Final technical report
Spacecraft design for Voyager mission
SPACECRAFT DESIGN↗
Voyager spacecraft system. Volume A - Preferred design for flight spacecraft and hardware subsystems, part II Final technical report
Subsystems development in proposed Voyager spacecraft design
MISSION PLANNING↗
Voyager spacecraft system. Volume B - Alternate designs considered for flight spacecraft and hardware subsystems Final technical report
Alternate mission objectives, design characteristics, and system and subsystem designs for Voyager spacecraft system
VOYAGER PROJECT↗
Voyager spacecraft system. Volume C - Design for operational support equipment Final technical report
Operational support equipment needed to support Voyager spacecraft mission
SUPPORT SYSTEM↗
Voyager spacecraft system. Volume D - Design for 1969 test spacecraft Final technical report
Design for 1969 test flight options and spacecraft configurations, and two launch vehicles - Voyager project
SATURN LAUNCH VEHICLE↗
Voyager spacecraft system. Volume E - Design for operational support equipment - 1969 test flight Final technical report
Design for operational support equipment for 1969 test flight, Voyager spacecraft system
SUPPORT SYSTEM↗
Voyager spacecraft system. Management and technical highlights Final technical report, task B
Management tasks associated with preparation and implementation of spacecraft system design, development, launch, and mission support for Voyager project
SYSTEMS DESIGN↗
Voyager spacecraft system. Volume A - Preferred design for flight spacecraft and hardware subsystems, part I Final technical report, task B
Scientific investigation of solar system with instrumented, unmanned spacecraft to fly, orbit and land on planets - Voyager project
PLANETARY ORBIT↗
Voyager spacecraft system. Volume A - Preferred design for flight spacecraft and hardware subsystems, part II Final technical report, task B
Hardware subsystems for flight spacecraft, design reliability, interface control, and mission objectives - Voyager project
SUBSYSTEM↗
Voyager spacecraft system. Volume B - Design for the operational support equipment Final technical report, task B
Operational support equipment for Voyager flight spacecraft
TEST EQUIPMENT↗
Voyager spacecraft system. Volume C - Alternate designs considered for spacecraft propulsion systems Final technical report, task B
Solid-liquid systems sized for 1971 and 1973 missions and 1975 and 1977 missions, Apollo lunar excursion module descent propulsion system, and Titan III-C transtage
LIQUID PROPELLANT↗