Institute of Technology Pasadena / Space Transportation System / IAF-92-0301 IN-STEP INFLATABLE ANTENNA EXPERIMENT R. E. Freeland* Jet Propulsion Laboratory / Jet Propulsion Laboratory / Goddard Space Flight Center / /
IndustryTerm
net energy / electronics system / meaningful orbital technology experiment / gas cylinders / radiant energy exchange / longer wavelength applications / neoprene rubber / mobile communications / pyrotechnic devices / measurement systems / space technologies / technology data / Mobile communications system concepts / nitrogen gas / experiment equipment / inflation gas / oil flow rate / metal oxide silicon / experiment hardware / paint / digital imaging radiometer / silicon oil / manufacturing processes / control devices / energy / mesh shaping systems / fabricated using 0.3-mm neoprene rubber / /
Organization
Kennedy Space Center / NASA office of Aeronautics and Space Technology / Non-Advocate Review Board / National Aeronautics and Space Administration / NASA Langley Research Center / Department of Defense / International Astronautical Federation / IAF-92-0301 IN-STEP INFLATABLE ANTENNA EXPERIMENT R. E. Freeland* Jet Propulsion Laboratory California Institute of Technology Pasadena / Goddard Space Flight Center / /
one chip / laser / following algorithm / microwave / digital imaging / Intel 87HCl96 CMOS processor / flash / laser system / determined using the following algorithm / /
IAF[removed]IN-STEP INFLATABLE ANTENNA EXPERIMENT R. E. Freeland* Jet Propulsion Laboratory California Institute of Technology