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140122 ||| eng |
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|a 9781468479416
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| 100 |
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|a De Wispelaere, C.
|e [editor]
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| 245 |
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|a Air Pollution Modeling and Its Application II
|h Elektronische Ressource
|c edited by C. De Wispelaere
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| 250 |
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|a 1st ed. 1983
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| 260 |
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|a New York, NY
|b Springer US
|c 1983, 1983
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| 300 |
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|a 873 p
|b online resource
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|a 12. Application of trajectory model to regional transport characterization -- 13. Refined air pollution model for calculating daily regional patterns and transfrontier exchanges of airborne sulfur in central and western Europe -- 14. On a method of evaluation of performance of a trajectory model for long-range transport of atmospheric pollutants -- 15. The pseudo-spectral technique in the computation of seasonal average concentrations and its comparison with the trajectory technique -- 16. A mesoscale air pollution transport model : outline and preliminary results -- 17. Initial evaluation of Canadian and United States regional models for transboundary air pollution -- 18. Comparison of an eulerian with a lagrangian type numerical air pollution dispersion model -- 19. Analysis of particles trajectories during a land-sea breeze cycle using two-dimensional numerical mesoscale models --
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|a 49. Formation of cloud particles from large hot plume in controlled experiments -- 50. Accounting for moisture effects in the prediction of buoyant plumes -- 51. Plume behavior in stable air -- Participants -- Author Index
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|a 31. Particle simulation of inhomogeneous turbulent diffusion -- 32. The apt computer program for the numerical solution of problems in atmospheric dispersion -- 33. A three dimensional, finite element model for simulating heavier-than-air gaseous releases over variable terrain -- 34. Numerical solution of three-dimensional and time-dependent advection-diffusion equations by “orthogonal collocation on multiple elements” -- 35. Analysis of a finite release of a pollutant followed by an abrupt change of wind direction -- 36. Two-dimensional unsteady gravity currents -- 37. Lagrangian modeling of air pollutants dispersion from a point source -- 38. Physical and mathematical simulation of Pb dispersion in and around a Pb industry in an urbanized area -- 4 : Evaluation of Model Performance in PracticalApplications -- 39. Observations and simulations of carbon monoxide concentrations in the wake of an urban garage --
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|a 40. Influence of meteorological input data on the comparison between calculated and measured aerosol ground level concentrations and depositions -- 41. EPRI plume model validation project results for a plains site power plant -- 42. Comparison of sulfur dioxide estimates from the model ram with St. Louis raps measurements -- 43. Large scale validation of a bi-gaussian dispersion model in a multiple source urban and industrial area -- 44. Development and validation of a multi-source plume downwash model -- 45. Dispersion modeling studies in some major urban areas in the U.K. -- 46. Results from elevated-source urban area dispersion experiments compared to model calculations -- 47. Influences of data bases on model performance -- 5 : Particular Studies in the Field of Air Pollution Modeling -- 48. Hydraulic modeling of the atmospheric boundary layer at large length scale ratios : capabilities and limitations --
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|a 20. Verification of a three-dimensional transport model using tetroon data from projects state and neros -- 21. A new trajectory model and its practical application for accident and risk assessments -- 22. A finite element flow model over the Alsace plain -- 23. Modifications of trajectory models needed for pollutant source-receptor analysis -- 24. Sensitivity analysis of a climatological air trajectory model -- 3 : Advanced Mathematical Techniques in Air Pollution Modeling -- 25. A model for pollutant concentration prediction in complex terrain -- 26. Pollutant dispersion in the Ekman layer using moment-reduced transport equations -- 27. A simple model for dispersion of non-buoyant particles inside a convective boundary layer -- 28. Dispersion from fugitive sources -- 29. A comparison with experimental data of several models for dispersion of heavy vapor clouds -- 30. Application of the sulfur transport eulerian model (STEM) to a sure data set --
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|a I : Physical-Chemical Reactions in Plumes -- 1. Chemical transformation in plumes -- 2. A comparison between chemically reacting plume models and windtunnel experiments -- 3. Air pollutant reactions in major plumes transported over the North Sea -- 4. Solutions to the equation for surface depletion of a gaussian plume -- 5. Mathematical modeling of chemically reactive plumes in an urban environment -- 6. Chemical modeling studies of the long-range dispersion of power-plant plumes -- 7. A comparison of the regional scale effects on in-cloud conversion of SO2 to SO4= in an eight layer diabatic model with a single layer model -- 8. The washout of hydrogen fluoride -- 9. Performance evaluation of the empirical kinetic modeling approach (EKMA) -- 10. Urban visual air quality : modeled and perceived -- 2 : Air Trajectory Models for Air Pollution Transport -- 11. A gaussian trajectory model for hazard evaluation for prolonged releases from nuclear reactors --
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| 653 |
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|a Physics and Astronomy
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| 653 |
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|a Physics
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| 653 |
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|a Astronomy
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| 041 |
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7 |
|a eng
|2 ISO 639-2
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| 989 |
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|b SBA
|a Springer Book Archives -2004
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| 490 |
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|a Nato Challenges of Modern Society, Energy Engineering and Advanced Power Systems
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| 028 |
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|a 10.1007/978-1-4684-7941-6
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| 856 |
4 |
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|u https://doi.org/10.1007/978-1-4684-7941-6?nosfx=y
|x Verlag
|3 Volltext
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| 082 |
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|a 500
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|a In 1969 the North Atlantic Treaty Organization established the Committee on the Challenges of Hodern Society. Air Pollution was from the start one of the priority problems under study within the framework of the pilot studies undertaken by this Committee. The organization of a yearly symposium dealing with air pollution modeling and its application is one of the main activities within the pilot study in relation to air pollution. After being organized for five years by the United States and for five years by the Federal Republic of Germany, Belgium, repre sented by the Prime Minister's Office for Science Policy Programming, became responsible in 1980 for the organization of this symposium. This volume contains the papers presented at the 12th Interna tional Technical Meeting on Air Pollution Modeling and its Appli cation held at SRI International, Menlo Park, California in the USA from 25th to 28th August 1981. The meeting was jointly organized by the Prime Minister's Office for Science Policy Programming, Belgium and SRI International, USA. The conference was attended by 109 participants and 51 papers have been presented. The members of the selection committee of the 12th I.T.M. were A. Berger (Chair man, Belgium), W. Klug (Federal Republic of Germany), L.E. Niemeyer (United States of America), L. Santomauro (Italy), J. Tikvart (United States of America), M.L. Williams (United Kingdom), H. Van Dop (The Netherlands), C. De Wispelaere (Coordinator, Belgium)
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