Selected Mobile Satellite Communications Systems / Jet Propulsion Laboratory / L’Garde Incorporated / Reno NV / Kendall / Space Antenna Systems / Schroeder L. C. / Ground-Based Development Tests Inc. / Garrett / Inflatable Antenna Experiment / /
Country
Japan / Jordan / United Kingdom / /
Currency
USD / /
Event
Business Partnership / /
Facility
Space Transportation System / Jet Propulsion Laboratory / NASA Langley Research Center / LIGHTWEIGHT SPACE-DEPLOYABLE ANTENNA STRUCTURE R. E. Freeland* Jet Propulsion Laboratory California Institute of Technology Pasadena / College of Astrospace Engineering / University of California at Los Angeles / Space Station / Radisson Hotel / UCLA STRUCTURAL ANALYSIS UNIVERSITY OF COLORADO I TECHNICAL CONSULTANTS JPL / NASA Headquarters / California Institute of Technology / University of Colorado / /
IndustryTerm
large deployable structures technology / large flight-type hardware / technology resulting / subsequent flight applications / mobile communications / inflatable antenna concept technology data base / large flight-quality applications / analytical performance production tools / flight-quality hardware / technology payloads / technology data / technology development / nitrogen gas / recent technology developments / experiment equipment / inflation gas / experiment hardware / digital imaging radiometer / satellite configuration / strain energy resulting / electromechanical devices / g-meter diameter technology data base / manufacturing processes / instrumentation systems / potential applications / electronics subsystems / concept technology data / strain energy / experiment flight hardware / electronics functional testing / conventional spacecraft technology / experiment carrier / early applications / actual applications / space-based applications / inflation experiment hardware / technology developments / long-term applications / lightweight hardware / /
Organization
UCLA / California Institute of Technology / Spartan Project Office / Canaveral Council of Technical Societies / NASA LaRC Advanced Space Concepts Division / International Union of Radio Science / office of Space Science and Applications / NASA office of Aeronautics and Space Technology / University of Colorado / College of Astrospace Engineering / Congress / National Aeronautics and Space Administration / LIGHTWEIGHT SPACE-DEPLOYABLE ANTENNA STRUCTURE R. E. Freeland* Jet Propulsion Laboratory California Institute of Technology Pasadena / Center of Space Construction / Functional Organization / NASA Langley Research Center / NASA Goddard Space Flight Center / Department of Defense / NASA Materials Research Division / International Astronautical Federation / University of California at Los Angeles / /
Person
Inflatable Antenna / Experiment / / /
Position
representative of the UCLA Department / editor / Hilton Head / PRINCIPAL INVESTIGATOR / Safety Engineer / editor / Global Change Technology Architecture Trade Study / Mission Manager / JPL Product Assurance Manager / JSC Payload Integration Manager / Contractor / *Manager / Applied Mechanics Technologies Section **Program Manager / editor / Lund Mobile Satellite Service Acknowledgments The research / %xperiment Principal Investigator / Manager / IN-STEP / Mission Manager for the experiment / controller / /
ProgrammingLanguage
FL / R / /
ProvinceOrState
Virginia / North Dakota / New Mexico / Florida / California / Massachusetts / Colorado / /
Technology
radiation / Remote Sensing / large deployable structures technology / Inflatable Antenna Concept Technology / microwave / conventional spacecraft technology / supporting technologies / Radiometer Using Inflatable Reflector Technology / Large Space Reflector Technology / digital imaging / Earth Science Geostationary Plagom Technology / Satellite Communications / /
IAF[removed]VALIDATION OF A UNIQUE CONCEPT FOR A LOW-COST, LIGHTWEIGHT SPACE-DEPLOYABLE ANTENNA STRUCTURE R. E. Freeland* Jet Propulsion Laboratory California Institute of Technology