Air Pollution Modelling and Simulation [Hardcover]

Chemistry- Transport Models.- Parallelisation and Application of a Multi-layer Atmospheric Transport Model to Quantify Dispersion and Deposition of Ammonia over the British Isles.- Entrainment Process in Mesoscale Models: Observational Validation.- Applicability of Indicator-Based Approach to Assess Ozone Sensitivities: A Model Study in Switzerland.- HYSPLIT Model Estimates of Atmospheric Deposition of Toxic Contaminants to the Great Lakes (An Overview).- Eulerian Photochemical Modeling, Multi-nesting Approach The Rh?ne-Alpes Case Study.- Validation of LMD-ZT Model with ETEX-1 Experiment.- Indicators Concept Applied to a European City: The Ile de France Area during ESQUIF Campaign.- Transport at Resolved and Unresolved Scales in the CTM MOCAGE.- Numerical Modelling of Pollution Dispersion in 3D Atmospheric Boundary Layer.- Recent Advances in CAMx Air Quality Modelling.- Applying Model Calculations to Estimate Future Urban Air Quality with Respect to the Requirements of the EU Directives on NO2 and PM10.- Numerical Modeling of the Atmospheric Transport of Toxic Pollutants in the Northern Hemisphere.- Exchange of Sulphur Pollution Between Bulgaria and Greece.- Emission Modeling and Related Issues.- Biogenic Emissions Contribution on Air Quality at Regional Scale.- The Dependence of Tropospheric Hydroxyl Content on the Alignment Between the NOx and CO Total Emissions.- Numerical Simulation of NOx and CO Mass Budgets as Integral Part of an Experimental Evaluation of Modelled Emission Data for the City of Augsburg (Germany).- Chemistry and Dispersion of Pollutants from a Rural Motorway: Measurements and Modelling.- Model Study of Distribution and Intensity of Methane Fluxes in West Siberia and Russian Arctic.- A Reactive Plume Model for the NO-N02 Transformation Close to the Stack Emission.- Modeling of Traffic-Induced Emission Inventories in Urban Areas. Effect of Roadway Network Aggregation Levels Traffic Management and Technology.- Numerical Algorithms.- Advection Expl³ƒ