Advances in Air Pollution Modeling for Environmental Security (eBook)

Preface. Acknowledgements. Mathematical modeling of the regional-scale variability of gaseous species and aerosols in the atmosphere; A. Aloyan, V. Arutyunyan. Air pollution modeling in action; K. Balla et al. Advances in urban meteorology modelling; E. Batchvarova, S.-E. Gryning. Modelling studies on the concentration and deposition of air pollutants in East-Central Europe; L. Bozó. Estimation of the exchange of sulphur pollution in Southeast Europe; H. Chervenkov. Implementing the trajectory-grid transport algorithm in an air quality model; D.P. Chock et al. Estimation of air pollution parameters using artificial neural networks; H.K. Cigizoglu et al. Some aspects of interaction between operator splitting procedures and numerical methods; P. Csomó. Mathematical aspects of data assimilation for atmospheric chemistry models; G. Dimitriu, R. Cuciureanu. Fighting the great challenges in large-scale environmental modelling; I. Dimov et al. Challenges in using splitting techniques for large-scale environmental modeling; I. Dimov et al. Simulation of liberation and dispersion of radon from a waste disposal; M. de Lurdes Dinis, A. Fiúza. Methods of efficient modeling and forecasting regional atmospheric processes; A.Yu. Doroshenko, V.A. Prusov. Numerical forecast of air pollution – Advances and problems; A. Ebel et al. Alternative techniques for studying / modeling the air pollution level; L-D. Galatchi. Application of functions of influence in air pollution problems; K. Ganev et al. Long-term calculations with a comprehensive nested hemispheric air pollution transport model; C. Geels et al. Dispersion modelling for environmental security: principles and their application in the Russian regulatory guideline on accidental releases; E. Genikhovich. Higher order non-conforming FEM up-winding; K. Georgiev, S. Margenov. Emission control in single species air pollution problems; K. Georgiev et al. A new operator splitting method and its numerical investigation; B.Gnandt. Advances in urban dispersion modelling; S.-E. Gryning, E. Batchvarova. Internet-based management of environmental simulation tasks; K. Karatzas. Air pollution assessment inside and around iron ore quarries; M. Kharytonov et al. Data assimilation of radionuclides at small and regional scale; M. Krysta et al. The impact of sea breeze on air quality in Athens area; D. Melas et al. Developments and applications in urban air pollution modelling; C. Mensink et al. Demands for modelling by forecasting ozone concentration in Western Slovenia; A. Planinsek. A pilot system for environmental impact assessment of pollution caused by urban development and urban air pollution forecast; I. Sandu et al. The use of MM5-CMAQ air pollution modelling system for real-time and forecasted air quality impact of industrial emissions; R. San José et al. Regulatory modelling activity in Hungary; R. Steib. Creation and testing of flux-type advection schemes for air pollution modeling application; D. Syrakov et al. Bulgarian emergency response system: description and ensemble performance; D. Syrakov et al. Global and regional aerosol modelling: a picture over Europe; E. Vignati et al. The ABL models Yordan and Yorcon – top-down and bottom-up approaches for air pollution applications; D. Yordanov et al. Major conclusions from the discussions; Z. Zlatev et al. List of participants. Subject index.