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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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The Pleumeur-Bodou Ground Station, the research center of the National Ceneter for Telecommunications, is equipped to study all problems connected with active satellites: link performance, acquisition, tracking, telemetry, and command. This station is also intended for possible future commercial applications.
Economic synchronous communications satellite system in equatorial orbit for handling world telecommunications needs
Surveyor guidance program for midcourse and terminal information, noting redundancy in design, decision making telecommunications, etc
Space navigation, tracking, and telecommunication engineering for deep space instrumentation network
Nuclear physics, materials science, propulsion, telecommunication, guidance, and systems analysis
Space program research projects on systems analysis and engineering, telecommunications, guidance and control, propulsion, and data systems
First generation survivable lander for 1973 Venus launch opportunity, discussing capsule and telecommunications design
Telecommunication system for lunar, planetary and deep space flight mission control and data acquisition
Research and advanced development projects on systems analysis, spacecraft guidance and control, electronic packaging, propulsion, and telecommunications
Research project reports on advanced systems analysis and engineering, telecommunication, solid propellants, guidance and control, and data systems
Spacecraft propulsion, biological environment, guidance and control, electronic components, power supplies, propellants, instrumentation, telecommunication, and mission planning
Mutual RF interference between satellite and terrestrial telecommunications microwave relay system at shared frequencies
RF spectrum analysis technique for DSIF telecommunications compatibility testing
Coding, synchronization, combinatorial, multiple access, propagation, and permutation studies for telecommunications systems
Research and development work in space sciences, telecommunications, guidance and control, engineering mechanics, astrionics, propulsion, and mission analysis
Science, navigation and trajectory, mechanical subsystems, and telecommunications design trade studies for Jupiter atmospheric entry mission planning
Deep Space Network telecommunication and ground support equipment for planetary and interplanetary flight projects
Scintillation, polarization, and multipath effects on VHF propagation between synchronous satellites and aircraft - telecommunication systems