fixed photon energy / incident photon energy / read-out imaging devices / superconductive detector system exhibiting high energy / photon energy / x-ray imaging spectroscopy / energy gap / energy range / intrinsic energy resolution / spectroscopy applications / potential astronomy applications / photon imaging spectrometers / µm long device / energy broadening / lower energy levels / larger energy gap / predicted high energy resolving power / short device / energy resolution / energy width / photon imaging x-ray spectrometers / imaging / spatial imaging / lower energy gap / energy / /
MarketIndex
Ta / /
OperatingSystem
Fermi / /
Organization
Yale University / /
Person
L. Li / K. Segall / / /
Position
F. S. Porter / et al / /
ProvinceOrState
Wisconsin / Connecticut / /
Technology
X-ray / spectroscopy / ESA / simulation / recombination / same chip / /
1 Physical Properties of the Superconducting Ta Film Absorber of an X-ray Photon Detector L. Li, L. Frunzio, C.M. Wilson, and D.E. Prober