A Two Dimensional Sulfur Dioxide/sulfate Air Quality Model and Comparison with a Three Dimensional Model |
Contents
THE TURBULENT DIFFUSION MODEL AND INPUT DATA | 6 |
Number Page | 12 |
Number | 16 |
15 other sections not shown
Common terms and phrases
2D and 3D 3D model Advection annual assumes Atikokan power plant atmosphere Average ground concentration Base boundary bulk deposition BWCA calculations changes Chemical Reaction compared concentration x 100 Continued default deposition kg/ha deposition x 100 difference diffusion distribution downwind dry deposition Duluth effects Emissions Input equations equivalent S02 bulk existing factor FIGURE fixed system flux FORMAT ground concentration µg/m³ higher horizontal hour increase INTERNATIONAL FALLS kg/ha LAKE larger lateral layer Left in Region locations lower mass balance matrix meteorological mixing height obtained occurs parameters Period pollutants precipitation PRINT Processes rain Ratio reaction rates removal resistance respectively rotating roughness runs S02 bulk deposition sensitive similar snow solution sources Species stable step structure summer SUPERIOR surface Table term trapping turbulence vertical wet deposition whole wind direction winter y-directions