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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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Static aerodynamic characteristics of modified Mercury exit and escape capsule configurations at Mach numbers 3.0 to 6.8
Trim effectiveness of aerodynamic control flaps on Mercury-type capsule
Integrated test plan and implementation plan highlights for Voyager capsule - preliminary design phase B
Surface Laboratory preliminary configuration for Voyager mission - space capsule
Operational support equipment and mission dependent equipment for preliminary design of surface laboratory portion of Voyager capsule bus system
Entry Science Package preliminary design for Voyager flight capsule
Operational support equipment preliminary design for entry science package portion of Voyager flight capsule system
Hardware, software, and service interfaces between capsule bus, entry science package, and Voyager spacecraft
Hardware, software, and service interfaces between capsule bus, entry science package, surface laboratory, and Voyager spacecraft
Voyager capsule surface laboratory system - design concepts and objectives
Voyager capsule surface laboratory system - mission analysis, system functional requirements, and design selection and alternatives
Voyager capsule surface laboratory system - subsystem design analysis
Voyager capsule surface laboratory system - subsystem design analysis
Voyager capsule surface laboratory system - subsystem functional descriptions
Voyager capsule surface laboratory system - subsystem functional descriptions
Voyager capsule surface laboratory system - operational support equipment
Voyager capsule surface laboratory system - reliability
Flame mechanism experiments for solid material surface, measuring flame velocity, stressing space capsule fire hazard minimization