By R.R. Scorer (Auth.)
Written via a extraordinary overseas scientist, who has made primary contributions at the climatic dating among pollution and meteorology, the publication presents a compendium of practical examples of pollution behaviour. After beginning with a common survey he is taking us via a research of diffusion mechanisms together with pollutants from business chimneys and highway site visitors. pollution meteorology covers boundary layer scaling, pre-processing meteorological info, air caliber administration, city meteorology, and atmospheric chemistry (oxides of nitrogen are significant to ozone chemistry) with debts of commonplace pollution episodes and a short dictionary of air pollutants.
- Provides a compendium of real looking examples of pollution behaviour
- Includes a entire examine of diffusion mechanisms, together with pollutants from business chimneys and street traffic
- Covers boundary layer scaling, pre-processing meteorological facts, air caliber administration, city meteorology, pollution and atmospheric chemistry
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Additional info for Air Pollution Meteorology
The plume is seen normally to rise up to the cloud base. 2 Bankside Station on full load, seen from the top of St. Paul's Cathedral. The wind is very calm on this occasion so that the plume rises vertically and is not diluted as rapidly as when bent over. 37 Chimneys: purpose and design 38 [Ch. 2 In the case of a power station it is often seen that such a plume rises up to the cloud base most of the time, even when the stack height is only 200 metres, and the cloud base is at about 800 metres. Consequently a buoyant enough plume will be carried to the top of the mixing layer and is well diluted before being diffused downwards.
An essential extra difficulty is that the scale of the dispersal we are concerned with increases with the time since the moment of emission and distance from the emission point. This means that close to the emission point we are concerned with distances comparable with the distance from the source, and not with distances and times beyond our immediate concern; but when we consider the travel of particles emitted a few hours ago we are concerned only with very rough approximations to the position.
Accepting that this is more like what we see, we would say that this represents a conventional diffusion coefficient increasing linearly with distance. Sec. 2 A typical plume showing a conical shape, but there is some thermal rise of which we shall take note. Keadby Power station near Scunthorpe. 3. 3 Plumes are often sinuous but can be represented as passing along a cone on the time average. At first the plume is dominated by its efflux with very small eddies but it may soon take up a widening flow made sinuous by the mean wind.
Air Pollution Meteorology by R.R. Scorer (Auth.)