Sep 1988
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1988ishf.rept..203s&link_type=abstract
In its NASA Information Sciences and Human Factors Program p 203-223 (SEE N89-18397 10-99)
Physics
Infrared Lasers, Measuring Instruments, Optical Radar, Quantum Wells, Remote Sensing, Spaceborne Experiments, Superlattices, X Ray Spectroscopy, Cooling Systems, Millimeter Waves, Oscillators
Scientific paper
The objective is to provide necessary expertise and technology to advance space remote sensing of terrestrial, planetary, and galactic phenomena through the use of electromagnetic and electro-optic properties of gas, liquid, and solid state materials technology. The Sensor Technology Program is divided into two subprograms: a base research and development part and a Civil Space Technology Initiative (CSTI) part. The base research and development consists of research on artificially grown materials such as quantum well and superlattice structure with the potential for new and efficient means for detecting electromagnetic phenomena. Research is also being done on materials and concepts for detector components and devices for measuring high energy phenomena such as UV, X-, and gamma rays that are required observables in astrophysis and solar physics missions. The CSTI program is more mission driven and is balanced among four major disciplines: detector sensors; submillimeter wave sensors; LIDAR/DIAL sensors; and cooler technology.
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