In most environmental pollution problems, the pollutant is released to the environment by the, almost always, turbulent flow of a carrier fluid. The pollutant mixes with the surrounding fluid (air or water) and undergoes chemical transformations. A proper account of “where the pollutant went” and “what happened to it” necessitates a theory of turbulent reacting flows, i.e. the simultaneous treatment of mixing and chemical reactions. The important field of Air Quality Modelling is an interdisciplinary field borrowing elements from Fluid Mechanics, Atmospheric Chemistry, Meteorology and others
La plupart des épisodes de pollution atmosphérique intense apparaissent lors des situations des vent...
Dispersion of chemical agents in the atmosphere is a physical phenomenon influenced by micrometeorol...
In Part I a new, comprehensive model for a chemically reacting plume, is presented, that accounts fo...
Mixing is understood as a basically physical process which is controlled by the properties...
The aims of the lectures are: (i) to explain what concentration fluctuations are; (ii) to illustra...
This paper summarizes the key elements of a project directed at developing a comprehensive mathemati...
AbstractImportance and applicability of numerical flow analysis to environmental science are outline...
AbstractAtmospheric pollution in cities increasingly pay attention. The most important air pollutant...
AbstractWe present a simple mathematical model for river pollution and investigate the effect of aer...
International audienceUrban air pollution is traditionally estimated by using techniques ba...
A model is presented for predicting the dynamic behavior of both inert and chemically reacting air p...
Atmospheric pollution due to emissions of harmful gases from different sources is one of modern soci...
Air quality is far from being a new concern but remains an issue demanding increasing attention. The...
A model environment has been established, which allows an estimation of the influence of global clim...
Air pollutants emitted from vehicles in street canyons may be reactive, undergoing mixing and chemic...
La plupart des épisodes de pollution atmosphérique intense apparaissent lors des situations des vent...
Dispersion of chemical agents in the atmosphere is a physical phenomenon influenced by micrometeorol...
In Part I a new, comprehensive model for a chemically reacting plume, is presented, that accounts fo...
Mixing is understood as a basically physical process which is controlled by the properties...
The aims of the lectures are: (i) to explain what concentration fluctuations are; (ii) to illustra...
This paper summarizes the key elements of a project directed at developing a comprehensive mathemati...
AbstractImportance and applicability of numerical flow analysis to environmental science are outline...
AbstractAtmospheric pollution in cities increasingly pay attention. The most important air pollutant...
AbstractWe present a simple mathematical model for river pollution and investigate the effect of aer...
International audienceUrban air pollution is traditionally estimated by using techniques ba...
A model is presented for predicting the dynamic behavior of both inert and chemically reacting air p...
Atmospheric pollution due to emissions of harmful gases from different sources is one of modern soci...
Air quality is far from being a new concern but remains an issue demanding increasing attention. The...
A model environment has been established, which allows an estimation of the influence of global clim...
Air pollutants emitted from vehicles in street canyons may be reactive, undergoing mixing and chemic...
La plupart des épisodes de pollution atmosphérique intense apparaissent lors des situations des vent...
Dispersion of chemical agents in the atmosphere is a physical phenomenon influenced by micrometeorol...
In Part I a new, comprehensive model for a chemically reacting plume, is presented, that accounts fo...