Copernicus期刊
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作者:D. Scheiben , A. Schanz ...
来源:[J].Atmospheric Chemistry and Physics, 2013, Vol.13 (14), pp.6877-6886
摘要:In this paper, we compare the diurnal variations in middle-atmospheric watervapor as measured by two ground-based microwave radiometers in the Alpineregion near Bern, Switzerland. The observational data set is also compared todata from the chemistry–climate model WACCM. Due ...
作者:D. Scheiben , B. Tschanz ...
来源:[J].Atmospheric Chemistry and Physics, 2014, Vol.14 (13), pp.6511-6522
摘要:This study investigates the characteristics of the quasi 16-day wave in themesosphere during boreal winter 2011/2012 using observations of water vaporfrom ground-based microwave radiometers and satellite data. The ground-basedmicrowave radiometers are located in Seoul (South...
作者:... O. Martius , D. Scheiben , N. Kämpfer
来源:[J].Annales Geophysicae, 2013, Vol.31 (4), pp.755-764
摘要:Observations of the ozone profile by a ground-based microwaveradiometer in Switzerland indicate a dominant 20-day oscillation instratospheric ozone, possibly related to oscillations of the polar vortexedge during winter. For further understanding of the nature of the 20-dayo...
作者:D. Scheiben , K. A. Walker ...
来源:[J].Atmospheric Measurement Techniques, 2013, Vol.6 (7), pp.1725-1745
摘要:Middle atmospheric water vapour can be used as a tracer for dynamicalprocesses. It is mainly measured by satellite instruments and ground-basedmicrowave radiometers. Ground-based instruments capable of measuringmiddle-atmospheric water vapour are sparse but valuable as they ...

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