Oxford University Press / Space Microelectronics Technology / NbTiN Films / Jet Propulsion Laboratory / /
Facility
Caltech Submillimeter Observatory / Center Institute of Technology / California Institute of Technology / /
IndustryTerm
gap energy / normal metal tuning structures / mixers using niobium devices / niobium devices / heterodyne devices / normal metal aluminum tuning circuits / photon energy / metal aluminum / metal interstitial compounds / mixer devices / slot devices / energy gap frequency / measure devices / metal aluminum microstrip lines / larger energy gap / mixer chips / normal metal tuning circuit / heterodyne mixer technology / /
Organization
FIRST mission / National Science Foundation / Institute of Technology / National Aeronautics and Space Administration / Center for Space Microelectronics Technology / Oxford University / /
Development of SIS mixers for 1 THz J. Zmuidzinasa, J. Kooia , J. Kawamuraa , G. Chattopadhyaya , B. Bumbleb , H. G. LeDucb , and J. A. Sternb a California b Center