1. Atmospheric boundary layer (definition, properties)
2.Stability in the boundary layer, classification of stability conditions
3.Turbulence in the atmosphere
4.Approaches to the pollutants dispersion modeling in the atmospheric boundary layer
5.Diffusion (Gaussian) models (mathematical basis of the model input, meteorological parameters for the diffusion model, constraints)
6.Dynamic model (mathematical basis of the model, advantages, constrains)meteorological parameters for the diffusion model, constraints)
7.Basic equation of the mathematical model of atmospheric boundary layer
8.Basic numerical solution of partial differential equations, differential
methods
9.Definition of meteorological conditions in the dynamic model (vertical profile
speed, temperature, turbulence values)
10.Approaches to definition of pollution sources
11.Modelling pollution dispersion in complex terrain
12.Application of GIS for the numerical modeling of flow and dispersion in real terrain
13.Commercial software products for computing dispersion studies
2.Stability in the boundary layer, classification of stability conditions
3.Turbulence in the atmosphere
4.Approaches to the pollutants dispersion modeling in the atmospheric boundary layer
5.Diffusion (Gaussian) models (mathematical basis of the model input, meteorological parameters for the diffusion model, constraints)
6.Dynamic model (mathematical basis of the model, advantages, constrains)meteorological parameters for the diffusion model, constraints)
7.Basic equation of the mathematical model of atmospheric boundary layer
8.Basic numerical solution of partial differential equations, differential
methods
9.Definition of meteorological conditions in the dynamic model (vertical profile
speed, temperature, turbulence values)
10.Approaches to definition of pollution sources
11.Modelling pollution dispersion in complex terrain
12.Application of GIS for the numerical modeling of flow and dispersion in real terrain
13.Commercial software products for computing dispersion studies