A high-rate telemetry system for the Mariner 1969 mission.
Mariner 1969 multimission high rate deep space telemetry system design, hardware and application
Easterling, M. F.↗
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Results for “Multimission”
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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Study of a solar electric multi-mission spacecraft, volume 1A Final technical report
Multimission solar electric spacecraft of modest size and variable propellant loading for interchangeable space missions - Vol. 1A
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Study of a solar electric multi-mission spacecraft, volume 1B Final technical report
Multimission solar electric spacecraft for interchangeable space missions final technical systems data - Vol. 1B
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Study of a solar electric multi-mission spacecraft, volume 2 Final technical report
Multimission solar electric spacecraft for interchangeable space missions program plans and cost estimates - Vol. 2
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Study of a solar electric multi-mission spacecraft Final summary technical report
Multimission solar electric spacecraft for interchangeable interplanetary missions - Final summary technical report
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Space Shuttle. Volume 1 - Condensed Summary Final Technical Report
Conceptual definition of reusable space shuttle systems with multimission capability - Vol. 1
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Space shuttle. Volume 2 - Final vehicle configurations Final technical report
Final vehicle configurations of reusable space shuttle systems with multimission capability - Vol. 2
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Space shuttle. Volume 3 - Initial vehicle spectrum and parametric excursions Final technical report
Initial vehicle spectrum and parametric excursions of reusable space shuttle systems having multimission capability - Vol. 3
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Space shuttle. Volume 4 - Technical analysis and performance Final technical report
Technical analysis and performance of reusable space shuttle systems having multimission capability - Vol. 4
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Space shuttle. Volume 5 - Subsystems and weight analysis Final technical report
Subsystems and weight analysis of reusable space shuttle systems having multimission capability - Vol. 5
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Space shuttle. Volume 6 - Propulsion analysis and tradeoffs Final technical report
Propulsion analysis and tradeoffs for reusable space shuttle systems having multimission capability - Vol. 6
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Space shuttle. Volume 7 - Integrated electronics Final technical report
Integrated electronics for reusable space shuttle system having multimission capability - Vol. 7
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Space shuttle. Volume 8 - Mission/payload and safety/abort analyses Final technical report
Mission-payload and safety-abort analyses for reusable space shuttles with multimission capability - Vol. 8
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Space shuttle. Volume 9 - Ground turnaround operations and facility requirements Final technical report
Ground turnaround operations and facility requirements for reusable space shuttle systems having multimission capability - Vol. 9
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Space shuttle. Volume 10 - Program development, cost analysis, and technology requirements Final technical report
Program development, cost analysis, and technology requirements for reusable space shuttle systems having multimission capability - Vol. 10
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Tracking and Data System Support for the Mariner Mars 1969 Mission. Volume 1 - Planning Phase Through Midcourse Maneuver
Tracking and data system support with multimission and high rate telemetry systems for the Mariner Mars 1969 project
Gordon, D. L.↗
Study of a common solar-electric-propulsion upper stage for high-energy unmanned missions. Volume 1 - Summary Final report
Versatile, multimission solar electric propulsion upper stage for high energy, unmanned interplanetary flights - summary
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Study of a common solar-electric-propulsion upper stage for high-energy unmanned missions. Volume 2 - Technical Final report
Versatile, multimission solar electric propulsion upper stage for high energy, unmanned interplanetary flights - technical details
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