Design of Shuttle Radar Topography Mapper (SRTM)
A radar interferometric topography mapper designed to acquire digital elevation maps of the Earth's surface from the Space Shuttle is described and its performance estimated.
Engineering topics
Publications and source records attributed to Caro, Edward R..
A radar interferometric topography mapper designed to acquire digital elevation maps of the Earth's surface from the Space Shuttle is described and its performance estimated.
A coaxial cable connector is provided, which resists radio frequency breakdown in coaxial cables used in the vacuum of outer space. The connector body surrounds an insulator which includes an easily compressible elastomeric portion. An insulated coaxial cable is prepared so that its insulation projects beyond the outer conductor and compresses the elastomeric portion of the connector insulator.
Resilient inserts compensate for insulation shrinkage. Coaxial-cable connector for radio-frequency (RF) energy resists electrical breakdown in vacuum. Used on RF equipment in vacuum chambers as well as in spaceborne radar and communication gear.