Sulfur dioxide in atmosphere

Quantitative analysis of different reaction pathways for the transformation of aquated sulfur dioxide in atmospheric droplet systems has been a major objective of the research conducted in the principal investigator s laboratory for the last four years. Available thermodynamic and kinetic data for the aqueous-phase reactions of SO2 have been incorporated into a dynamic model of the chemistry of urban fog that has been developed by Jacob and Hoffmann (23) and Hoffmann and Calvert (39). The fog and cloud water models developed by them are hybrid kinetic and equilibrium models that consider the major chemical reactions likely to take place in atmospheric water droplets. Model results have verified that... 

Figure 6. Summary of gas phase and aqueous-gas phase oxidation of sulfur dioxide in atmosphere Bunce, 1994).

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See also in sourсe #XX -- [ ]

See also in sourсe #XX -- [ ]

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