JPL advanced thermal control technology roadmap 2003
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thermal control future missions↗
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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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JPL advanced thermal control technology roadmap
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thermal control future missions↗
JPL advanced thermal control technology roadmap 2002
Explore the source record for details and available documents.
thermal control heat switch loop heat pipe↗
A Technology Roadmap for Estabilishing an Interplanetary Internet
NASA's future mission set calls for significant increases in deep space communications capabilities.
Deep Space Communications Mars Network Interplanet↗
Response of NASA OCT Science Instrument, Observatory and Sensor System (SIOSS) to 2012 NRC Technology Roadmap Assessment
No abstract available
Stahl, H. Philip↗
A Technology Roadmap for Establishing an Interplanetary Internet
NASA's future mission set calls for significant increases in deep space communications capabilities. Activities such as the intensive exploration of Mars will benefit from and be enabled by breakthrough increases in bandwidth and connectivity.
internet↗
System Noise Technology Roadmaps for a Transonic Truss-Braced Wing and Peer Conventional Configuration
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System noise assessment↗
Technology Roadmap for the Development of an Orbital Smallsat Factory
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small sat↗
NASA Dust Mitigation Technology Roadmap
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Lunar Dust Mitigation↗
Habitable Worlds Observatory Technology Roadmap
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Matthew R Bolcar↗
NASA Goddard Thermal Technology Roadmap 2026
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thermal↗
Power Systems for Future Missions: Appendices A-L
Selection of power system technology for space applications is typically based on mass, readiness of a particular technology to meet specific mission requirements, and life cycle costs (LCC). The LCC is typically used as a discriminator between competing technologies for a single mission application. All other future applications for a given technology are usually ignored. As a result, development cost of a technology becomes a dominant factor in the LCC comparison. Therefore, it is common for technologies such as DIPS and LMR-CBC to be potentially applicable to a wide range of missions and still lose out in the initial LCC comparison due to high development costs. This collection of appendices (A through L) contains the following power systems technology plans: CBC DIPS Technology Roadmap; PEM PFC Technology Roadmap; NAS Battery Technology Roadmap; PV/RFC Power System Technology Roadmap; PV/NAS Battery Technology Roadmap; Thermionic Reactor Power System Technology Roadmap; SP-100 Power System Technology Roadmap; Dynamic SP-100 Power System Technology Roadmap; Near-Term Solar Dynamic Power System Technology Roadmap; Advanced Solar Dynamic Power System Technology Roadmap; Advanced Stirling Cycle Dynamic Isotope Power System Technology Roadmap; and the ESPPRS (Evolutionary Space Power and Propulsion Requirements System) User's Guide.
Gill, S. P.↗