Institute of Hydrochemistry / Max Planck Institute / Paul Scherrer Institute / Switzerland University of Munich / /
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suitable microphysical and chemical mechanisms / volatile product / trace gas / gas phase diffusion coefficients / trace gas uptake / gas uptake / law coefficient / gas phase concentration / gas phase correction factor / Similar non-linear gas phase concentration dependencies / chemical engineering literature / gas phase diffusion / non-interfering products / soluble gas / few simple model systems / trace gas accommodation / reaction products / gas phase diffusion correction / dimensionless gas-particle partitioning coefficient / chemical reaction / chemical species / exemplary model systems / low and moderate trace gas concentration levels / time dependent gas uptake / cloud systems / aerosol processing / near-surface gas phase number concentration / lower gas phase concentration / gas-particle partitioning / elementary gas-surface / chemical components / consistent chemical mechanisms / elevated trace gas concentrations / gas phase concentrations / chemical reactions / gas phase concentration increase / involved chemical species / chemical reAtmos / reactive and non-reactive gas uptake / high trace gas concentration / chemical composition / gas-particle interaction kinetics / gas-surface and surface-bulk transport rate parameters / chemical transformation / model systems / gas-particle interactions / gas phase composition / chemical derivatives / gas phase diffusion effects / gas uptake coefficient / law coefficients / chemical aging / chemical reacAtmos / non-linear gas phase concentration dependencies / e.g. bath gas molecules / average gas phase concentration / gas phase / /
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Excel / /
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European Geosciences Union / Biogeochemistry Department / Max Planck Institute for Chemistry / Switzerland University of Munich / Institute of Hydrochemistry / Paul Scherrer Institute / /
Atmos. Chem. Phys., 7, 6025–6045, 2007 www.atmos-chem-phys.net/ © Author(sThis work is licensed under a Creative Commons License. Atmospheric