| Document Date: 2013-11-06 16:24:54
Open Document File Size: 429,11 KBShare Result on Facebook
City SOFIA / / Company Science Analysis Group / Cosmic Origins Program Analysis Group / / Continent Europe / / Country Japan / United States / / Facility NASA’s SOFIA observatory / / IndustryTerm remote sensing applications / Potential applications / aerospace applications / space mission enabling technology / integrated readout devices / basic technology / airport screening devices / aerospace needs / coherent technology investment program / detector technology / Large format array technologies / certain key technologies / similar technologies / imaging / planetary systems / cryocooler technology / / Organization Astrophysics mission / NASA Astrophysics Roadmap Committee / National Aeronautics and Space Administration / European Union / SPICA mission / / Person Kelvin Coolers / David Leisawitz / Paul Goldsmith / Kelvin Coolers Sequencing / / Technology remote sensing / X-ray / certain key technologies / key technology / Far-IR detector technology / spectroscopy / ESA / far-IR space mission enabling technology / Detector technology Observatory-level technology Cryo-cooling technology / Large format array technologies / Sub-Kelvin Coolers Far-IR detector technology / extremely expensive technology / technology of benefit / key enabling technology / JWST cryocooler technology / /
SocialTag |
Cosmic Origins Program Analysis Group (COPAG) Science Analysis Group (SAG) 4: Technology Needs for Future Far-IR Telescopes and Instruments Lead authors: Paul Goldsmith (JPL) and David Leisawitz (NASA GSFC) 4 November 20