Titlebook: Large Scale Computations in Air Pollution Modelling; Z. Zlatev,J. Brandt,R. San Jose Book 1999 Kluwer Academic Publishers 1999 Aerosol.Air

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On Some Adaptive Numerical Methods for Linear Advection Equations,most needed. As usual, in adaptive methods redistribution of the efforts happens automatically in dynamic manner with account of properties of derived in the process of computations approximate solution of the problem under consideration. Such flexibility allow adaptive methods to achieve comparable

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Computational Challenges of Modeling Interactions Between Aerosol and Gas Phase Processes in Large state-of-affairs. Due to limitation of space the discussion will focus on only a few aspects of air quality modeling: i.e., chemical integration, sensitivity analysis and computational framework; with particular emphasis on aerosol issues.

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ETEX: A European Tracer Experiment,ficiencies covered both our ability to understand and represent dispersion processes on the spatial and temporal scales involved and our capacity to acquire and treat the necessarily large amounts of data. Appreciable progress has been achieved on both fronts especially in data communications and co

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Application of Parallel Algorithms in an Air Pollution Model,er certain safe levels and to use these strategies in a routine way. Large mathematical models, in which all physical and chemical processes are adequately described, in cooperation with the modern high-performance computers can successfully be used to solve this task. One such a model is the Danish

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Aerosol Modelling Within the Eurad Model System: Developments and Applications,gas-phase concentrations. A suitable aerosol model for the application in complex regional transport models has to provide sufficient information on the chemical composition as well as on the size distribution of the particles. Furthermore it has to be coupled to a photochemical model in order to be