Simulation/Assessment/Chemical Processes

Preface. Acknowledgements. Our Present Understanding of the Gas-Phase Atmospheric Degradation of VOCS; R. Atkinson.- New Atmospheric Sources of Radicals: A Challenge for the Modelers; K. H. Becker.- Theoretical Determinations of Reaction Parameters for Atmospheric Chemical Reactions; A. Gross, S. Jørgensen. Overview of SAR Methods to Predict Gas Phase Rate Coefficients; C. Percival, M. McGillen. Overview of the EUROCHAMP Database of European Atmosphere Simulation Chambers; A. Muñoz, E. Gomez Alvarez.- The EUROCHAMP Chamber Experiment Database: Goals and Uses. Present and Future Potential Benefits; E. Gomez Alvarez et al.Simulating Atmospheric Gas Phase Chemistry: Uncertainties And Mechanism Reduction Problems; M. J. Pilling. Comparisons of Atmospheric Chemical Mechanisms for Regulatory and Research Studies; D. Luecken.CAPRAM Modeling of Aqueous Aerosol and Cloud Chemistry; A. Tilgne et al. The reaction between Malonic Acid and the Nitrate Radical as an Example for Compound Processing in Clouds; Ch. George, Ph. Gaillard de Semainville.-Composition and Chemistry of Tropospheric Secondary Organic Aerosols: State of the Art; P. Ziemann. Global Modeling of Secondary Organic Aerosol Formation: Knowledge and Challenges; M. Kanakidou et al. Simulating Indoor Atmospheres: Development of an Explicit Chemical Mechanism; N. Carsiaw. Sounding the Troposphere from Space: A New Era for Global Atmospheric Chemistry; A. Kokhanovsky et al. How reliable are emission inventories? Field Observations versus Emission PREDICTIONS; A. Niedojadlo. Analytical Innovations: Development and Application of Atmospheric Pressure LASER IONISATION (APLI); K. Brockmann et al.- Undiscovered Chemistry - Is It Important for Mechanisms and Models?; K. J. Rudzinski. Overview of POPs in the Environment: Modeling their Distribution and Spread; K. M. Hansen et al.- Fate and Transport of Chemical Contaminants in soil: A General Introduction; A. Worsztynowicz et al.- PhytoremediationTechnologies Used to Reduce