Front Cover; Turbulent Diffusion in Environmental Pollution; Copyright Page; Contents; List of Contributors; Chapter 1. Limitations and Prospects in the Estimation of Dispersion of Pollution on a Regional Scale; Chapter 2. Basic Characteristics of Global Scale Diffusion in the Troposphere; Chapter 3. Global Scale Atmospheric Mixing; Chapter 4. Studies of Interhemispheric Exchange in the Troposphere by a Diffusion Model; Chapter 5. Review of Trajectory Methods; Chapter 6. Some Aspects of the Use of Air Trajectories for the Computation of Large-Scale Dispersion and Fallout Patterns

Chapter 7. Study Of Regional Particulate Pollution In The Detroit-Windsor,Sarnia-Port Huron AreaChapter 8. Mesoscale Pollution Transport in the Netherlands; Chapter 9. Large-Scale Transport of Air Pollutants; Chapter 10. Mesoscale Dispersion From a Large; Chapter 11. Mathematical Modelling of Urban Pollution; Chapter 12. Urban Meteorological Modelling...Some Rellevant Studies; Chapter 13. Computer and Laboratory Modeling of the Vetical Diffusion of Non-Buoyant Particles in the Mixed Layer

Chapter 14. Observed and Calculated Magnitudes and Distances of Maximum Ground Level Concentration of Gaseous Effluent Material Downwind of a Tall StackChapter 15. Physical Modeling of Flow and Diffusion Over an Urban Heat Island; Chapter 16. Laboratory Simulation of Atmospheric Turbulence:Generation of Arbitrary Velocity Distributions and Model Experiment on Flow Around Mt.Fuji; Chapter 17. Unsteady Turbulent Puffs; Chapter 18. Experimental Study of Diffusion Processes in Unstable Stratified Boundary Layers

Chapter 19. Comparison of Thermally Neutral and Unstable Shear Flows in The Wind Tunnel and the AtmosphereChapter 20. Entrainment by a Multiple Source Turbulent Jet; Chapter 21. Critical Points in Flow Patterns; Chapter 22. Distorted Wakes; Chapter 23. Gas Transfer Near the Earth's Surface; Chapter 24. Turbulent Diffusion of Rapidly Reacting Chemical Species; Chapter 25. Chemical Reactions Calculations in Turbulent Flows:Application to a Co-Containing Turbojet Plume; Chapter 26. Abstracts of Papers not Published in Full

Chapter 27. On Simple Models for Simulation of Nonlinear Processes in Convection and TurbulenceChapter 28. Effect of Buoyancy on the Genertion of a Turbulent Mixing Layer1; Chapter 29. ""Bursts""in Turbulent Flows; Chapter 30. Lagrangian Similarity Applied to Diffusion in the Planetary Boundary Layer; Chapter 31. Turbulent Dispersion from Sources Near Two-Dimensional Obstacles; Chapter 32. Wet Fallout of Sulfurous Pollutants Emitted from a City During Rain or Snow