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Intermediate-range grid model for atmospheric sulfur dioxide and sulfate concentrations and depositions
Abstract A three-dimensional time-dependent grid type model for two chemically reacting species which undergo atmospheric transport, diffusion and wet and dry deposition over a region of several hundred km is presented. Accuracy and sensitivity of the model are discussed. The model is applied to the Rainy Lake Watershed using the available emissions and meteorological data. The model calculations are compared to National Atmospheric Deposition Program wet deposition data and snow core data.
Intermediate-range grid model for atmospheric sulfur dioxide and sulfate concentrations and depositions
Abstract A three-dimensional time-dependent grid type model for two chemically reacting species which undergo atmospheric transport, diffusion and wet and dry deposition over a region of several hundred km is presented. Accuracy and sensitivity of the model are discussed. The model is applied to the Rainy Lake Watershed using the available emissions and meteorological data. The model calculations are compared to National Atmospheric Deposition Program wet deposition data and snow core data.
Intermediate-range grid model for atmospheric sulfur dioxide and sulfate concentrations and depositions
Ragland, Kenneth W. (author) / Wilkening, Kenneth E. (author)
Atmospheric Environment ; 17 ; 935-947
1982-10-27
13 pages
Article (Journal)
Electronic Resource
English
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