Drop size effect on the rate and mechanism of SO2oxidation in tropospheric clouds
β Scribed by A. N. Ermakov; I. K. Larin; A. A. Ugarov; A. P. Purmal
- Book ID
- 110170794
- Publisher
- Springer
- Year
- 2006
- Tongue
- English
- Weight
- 265 KB
- Volume
- 47
- Category
- Article
- ISSN
- 0023-1584
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π SIMILAR VOLUMES
An extention of our previous theory for trace gas absorption into freely-falling cloud and raindrops is presented. This theory describes the convective diffusion of a trace gas through air and into a water drop with internal circulation, the drop falling at its terminal velocity. Using flow fields f
For the purpose of testing our previously described theory of SO z scavenging a laboratory investigation was carried out in the UCLA 33 m long rainshaft. Drops with radii between 250 and 2500 ~tm were allowed to come to terminal velocity, after which they passed through a chamber of variable length
## Abstract Equations are developed to represent the rate of change of the number of drops of a given size in a cloud owing to condensation and to coalescence respectively. Numerical computation from these equations shows that condensation has a much greater effect than coalescence on dropβsize dis
The effect of metals and ammonia on the relationship between mass concentrations of sulphur dioxide and sulphate in the air was studied near an aluminium plant over a 1-year period. Sulphur dioxide, sulphates and ammonia in the air as well as metals (Pb, Fe, Mn, Zn, Cu, Cd and Al) in the deposit wer