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Physics / Ultraviolet–visible spectroscopy / Ultraviolet / Spectrometer / Wavelength / Sunlight / Monochromator / Clementine / Spectroscopy / Scientific method / Science


In-orbit performance of the Ozone Monitoring Instrument Johan de Vries*a, Robert Voorsb, Ruud Dirksenb/c, Marcel Dobberb a Dutch Space BV, Newtonweg 1, 2333 CP Leiden, The Netherlands
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Document Date: 2007-04-10 05:13:00


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Company

Space BV / Proximity Electronics / the Netherlands Agency for Aerospace Programmes / /

Country

Netherlands / /

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Event

Business Partnership / /

Facility

Royal Dutch Meteorological Institute / Royal Netherlands Meteorological Institute / Finnish Meteorological Institute / O2-O2 complex / /

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IndustryTerm

trace gas retrieval / column products / instrument hardware / trace gas retrievals / trace gas measurements / data products / wavelength calibration algorithm / clock sequencer electronics / trace gas monitoring / electronics artifact / trace gas total columns / electronics / hyper-spectral satellite instruments / gas retrieval / solar product / correction algorithms / science data processing / correction algorithm / stray light algorithm / /

NaturalFeature

VIS channel / /

Organization

Royal Netherlands Meteorological Institute / Agency for Aerospace Programmes / Space Research Organization Netherlands / CCD Electronics Unit / Finnish Meteorological Institute / National Aeronautics and Space Administration / Royal Dutch Meteorological Institute / /

Person

Marcel Dobberb / Robert Voorsb / /

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PublishedMedium

the Sun / /

Technology

existing algorithm / stray light algorithm / Radiance correction algorithms / OMI 0-1b processor / wavelength calibration algorithm / The algorithm / simulation / 0-1b processor / existing stray light algorithm / correction algorithm / level 0-1b correction algorithms / using the OMI 0-1b processor / /

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