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Intercomparison of Stratospheric Remote Sensing Instruments - ENVINET Technical Task - Koldewey Station, Ny-Ålesund, Spitsbergen [78°N, 12°E] Alomar Observatory, Andøya, Norway [69°N, 16°E]
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Document Date: 2004-04-22 08:50:30

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File Size: 696,08 KB

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City

Oban / Sodankylä / Reading / Andøya / /

Company

impres GmbH / Howermere Ltd. / /

Country

Germany / Norway / Italy / United Kingdom / Scotland / Finland / /

EntertainmentAwardEvent

Low res / /

Facility

Alomar Observatory / Sodankylä Observatory / Meeresforschung Finish Meteorological Institute / Arctic Lidar Observatory / Koldewey Station / /

IndustryTerm

evaluation algorithms / lidar systems / applied evaluation algorithms / stratospheric lidar systems / retrieval algorithm / stratospheric aerosol lidar retrieval algorithm / inversion algorithm / surveyed different lidar systems / data processing methods / /

NaturalFeature

Dual channel / /

Organization

Alfred-Wegner-Institut / National Aeronautics and Space Administration / Meeresforschung Finish Meteorological Institute / /

Person

Marion Müller / Kerstin Stebel / Wilfried Ruhe / Glan Polarisator / Georg Hansen / Rigel Kivi / Roland Neuber / /

Position

Prime Minister / General / GP GP IF IF Telescope PM / PM 387nm IF PM 353nm IF PM / PM 308nm IF IF PM / Discriminator Phillips Model 704 Dual channel counter board / /

Technology

laser / inversion algorithm / Remote Sensing / lasers / optical fibre / The retrieval algorithm / AWI algorithm / ascii / O3-correction algorithm / retrieval algorithm / evaluation algorithms / applied evaluation algorithms / NILU algorithm / stratospheric aerosol lidar retrieval algorithm / /

SocialTag