Geophysical Research Letters · 1998 · 55 citations · 20 references
Environmental MonitoringEngineeringAtmospheric PhotochemistryGlobal DistributionAir QualityAtmospheric OpticsEarth ScienceEnvironmental ChemistryNo 2Atmospheric ScienceSpectral IntensityAtmospheric Bromine‐monoxideAtmospheric SensingOzone Layer DepletionAtmosphere Of EarthAtmospheric InteractionRadiation MeasurementDirect Sun LightOzoneRadiometrySpectroscopyRemote SensingAtmospheric ProcessAir Pollution
The remote sensing spectro‐photometer GOME installed on board of the polar orbiting ESA satellite ERS‐2 collects nadir scattered sunlight. The spectral intensity in the UV‐VIS‐region is measured and various atmospheric trace gases can be identified in the UV‐spectra. In this work BrO and NO 2 have been followed. They are globally present and absolute column absorptions are obtained for BrO by comparison with direct sun light not having passed through the atmosphere. Average vertical columns of (3.1±1) × 10 13 molec/cm² BrO are found in the equatorial region around noon. The omnipresence of BrO has some bearing on the global ozone depletion.
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J. G. Anderson, W. H. Brune, Steven A. Lloyd et al. · Journal of Geophysical Research Atmospheres · 1989 · 215 citations
Engineering, Atmospheric Photochemistry, Polar Environments +18