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Astronomy / Telescopes / European Space Agency / James Webb Space Telescope / Space Telescope Science Institute / Infrared imaging / Coronagraph / Integral field spectrograph / Fine Guidance Sensor / Electromagnetic radiation / Observational astronomy / Hubble Space Telescope


Status of the James Webb Space Telescope Integrated Science Instrument Module System Matthew A. Greenhouse1,*, Vicki Balzano2, Pam Davila1, Michael P. Drury1, Jamie L. Dunn1, Stuart D. Glazer1, Ed Greville1, Gregory Hene
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Document Date: 2011-07-28 10:55:22


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City

Baltimore / /

Company

SCIENCE SUPPORT SYSTEMS / Lockheed Martin / Perot / GSFC / Rockwell / /

Country

Germany / Switzerland / Belgium / France / Netherlands / Sweden / Spain / Ireland / Denmark / /

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Event

Diplomatic Relations / /

Facility

Space Telescope Science Institute / University of Arizona / /

IndustryTerm

redundant detector systems / technology aspects / exoplanet systems / composite technology / flight software system / stand-alone systems / fiberglass / electronics / instrument electronics / overall instrument flight software / fiberglass structure / planetary systems / electronics boxes / deployable pupil imaging optics / science equipment / /

Organization

NASA Engineering Safety Council / Space Flight Center / US Federal Reserve / JWST mission / NIRCam Engineering Test Unit / European Space Agency / ISIM Command / National Aeronautics and Space Administration / Space Telescope Science Institute / University of Arizona / ISIM Remote Services Unit / /

Person

Raymond G. Ohl / Table / Figure / /

Position

structural thermal model / representative / MIRI flight model / /

ProgrammingLanguage

DC / /

ProvinceOrState

Maryland / Arizona / /

Technology

European Space Technology / spectroscopy / simulation / /

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