Please use this identifier to cite or link to this item: http://hdl.handle.net/2122/2740
AuthorsSteinbrecht, W.* 
Jager, H.* 
Adriani, A.* 
Di Donfrancesco, G.* 
Barnes, J.* 
Beyerle, G.* 
Neuber, R* 
David, C.* 
Godin, S.* 
Donovan, D.* 
Carswell, A. I.* 
Gross, M.* 
McGee, T.* 
Masci, F.* 
D'Altorio, A.* 
Rizi, V.* 
Visconti, G.* 
McDermid, I. S.* 
Megie, G.* 
Mielke, A.* 
Stein, B.* 
Wedekind, C.* 
Nagai, T.* 
Uchino, O.* 
Nakane, H* 
Osborn, M.* 
Winker, D.* 
TitleNDSC Intercomparison of Stratospheric Aerosol Processing Algorithms
Issue Date22-Jul-1996
URIhttp://hdl.handle.net/2122/2740
KeywordsNDCS
LIDAR
Subject Classification01. Atmosphere::01.01. Atmosphere::01.01.99. General or miscellaneous 
AbstractScattering ratios R processed from the same raw data at 353 and 532 nm by different lidar groups agree within about 10 % for high and within about 4 % for low aerosol loading. In the main layer aerosol backscatter coefficients agree within about 30 % for high and within about 40 % for low aerosol loading
Appears in Collections:Conference materials

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