A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Atmospheric transport and transformation rate of sulfur dioxide
Abstract Pollutants immission episodes are monitored in a semi-rural area of Belgium. The responsibility for the episodes is attributed to more or less distant industrial zones. Sulfur dioxide to sulfate conversion is studied as a function of transfer duration between the industrial sources and the immission site. Ambient temperatures, mixing heights and deposition velocities seem to be the main parameters likely to influence the conversion rates which have been estimated at 0.020 h−1 at 0°C up to 0.040 h−1 at 20°C, with a global activation energy of 5.7 kcal. mole−1.
Atmospheric transport and transformation rate of sulfur dioxide
Abstract Pollutants immission episodes are monitored in a semi-rural area of Belgium. The responsibility for the episodes is attributed to more or less distant industrial zones. Sulfur dioxide to sulfate conversion is studied as a function of transfer duration between the industrial sources and the immission site. Ambient temperatures, mixing heights and deposition velocities seem to be the main parameters likely to influence the conversion rates which have been estimated at 0.020 h−1 at 0°C up to 0.040 h−1 at 20°C, with a global activation energy of 5.7 kcal. mole−1.
Atmospheric transport and transformation rate of sulfur dioxide
Ronneau, C. (author) / Snappe-Jacob, N. (author)
Atmospheric Environment ; 12 ; 1517-1521
1977-12-01
5 pages
Article (Journal)
Electronic Resource
English
Monitoring of Atmospheric Sulfur Dioxide
| British Library Online Contents | 1996
The transport of atmospheric sulfur over Cape Town
| Elsevier | 2013
| British Library Online Contents | 1996