Understanding atmospheric transport phenomena. Ownership modeling tools allowing rapid diagnosis of industrial discharge.
Air pollutants and the monitoring device
Learning objectives
Learning context
Course materials
Poly and slideshow
Prerequisites
Course content
Chapter 1 Introduction
1.1 Phenomena
1.2 Emissions
1.3 The transport medium
1.4 Models
1.5 Scales
Chapter 2. Pollution phenomena
2.1 Ladders space and time
2.2 Pollutants and their processes
2.3 trends
2.4 emissions
2.5 The legislation of air quality
Chapter 3. Dynamic process and their modeling
3.1 The transportation means and its importance
3.2 transported pollution
3.3 The turbulent transport
3.4 The closing of the equations
3.5 parameterization of surface fluxes
3.6 vertical mixing parameterization
3.7 vs. K-distribution Mass flow
3.8 Dry deposition
Chapter 4. Chemical processes and modeling
4.1 Equations of chemistry and transport
4.2 The modeling of emissions
4.3 The chemical kinetics in homogeneous phase
4.4 photolysis, engine photochemistry
4.5 The balance sheet ground-level ozone
4.6 photochemical pollution episodes
Chapter 5. Models and applications
5.1 Different chemistry-transport models
5.2 L? Model evaluation
5.3 The air quality forecasting
5.4 Sensitivity to emissions
5.5 Data assimilation, mapping of pollution
