Mathematical modelling of turbulent diffusion in the environment - Info and Reading Options

"Mathematical modelling of turbulent diffusion in the environment" Table Of Contents:

• 1- The basic structure of clouds of diffusing contaminant / by P.C. Chatwin and P.J. Sullivan
• 2- Concentration fluctuations in atmospheric diffusion / by J.R. Thomas
• 3- Continuous plumes, their structure and prediction / by A.G. Robins and J.E. Fackrell
• 4- The application of renormalised perturbation theory in turbulence and related problems / by R. Phythian
• 5- Mathematical models of dispersion of air pollution around buildings and hills / by J.C.R. Hunt, R.E. Britter, and J.S. Puttock
• 6- The application of field-experimental data to the parametrisation of the dispersion of plumes from ground level and elevated sources / by F.B. Smith and R.M. Blackall
• 7- Use of the diffusion approximation to model atmospheric dispersion over short and long distances / by B.E.A. Fisher
• 8- Statistics of the concentration fluctuations in short range atmospheric diffusion / by C.D. Jones
• 9- Mathematical modelling of circulation and mixing in estuaries / by T.J. Smith and K.R. Dyer
• 10- Calculation of shear-dispersion coefficients / by R. Smith
• 11- A simple model for the dispersion of radioactive wastes dumped on the sea bed / by P.A. Gurbutt and J.G. Shepherd
• 12- Turbulence and cooling water discharges from power stations / by J.F. Macqueen
• 13- Modelling the dispersion of pollutants from marine outfalls / by R.E. Lewis
• 14- River quality models near effluent outfalls / by C.J. Harris.

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