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Observational astronomy / Cadmium compounds / Image sensors / Surveillance / Mercury cadmium telluride / Infrared / Spitzer Space Telescope / Thermographic camera / Indium antimonide / Chemistry / Electromagnetic radiation / Infrared imaging


Submitted on December 6, 2012 to Optical Engineering, special topic: Space Telescopes II Revised on Mar 19, 2013. Accepted on Mar 28, 2013 Development of Sensitive Long-wave Infrared Detector Arrays for Passively Cooled
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Document Date: 2013-04-15 15:05:50


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File Size: 1,03 MB

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City

Rochester / /

Company

Teledyne Imaging Systems / Jet Propulsion Laboratory / /

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Event

Product Issues / /

Facility

Carnegie Institute of Washington / University of Rochester / Roberts Wesleyan College / California Institute of Technology / /

IndustryTerm

astronomical and planetary applications / background applications / opensource hardware / cut-off space astronomy devices / project technology / e-/ / low background applications / e-) / detector array technology / improved detector array technology / technology development program / funded technology development / /

NaturalFeature

Lake Shore Cryotonics / /

OperatingSystem

NEOs / /

Organization

California Institute of Technology / Internal Revenue Service / NASA Discovery-class mission / Department of Physics and Astronomy / National Aeronautics and Space Administration / Roberts Wesleyan College / Department of Computer Science / Mathematics & Physics / University of Rochester / Carnegie Institute of Washington / /

Person

Pixel / Candice Bacon / /

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Position

array controller / Lake Shore Cryotonics temperature controller / /

Product

HgCdTe / asteroids / /

ProvinceOrState

Hawaii / New York / /

Technology

radiation / improved detector array technology / detector array technology / NEOCam project technology / integrated circuit / /

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