Add to ORKGAn attempt is made to present the aerosol dynamics and transport in air-quality models used for short-term simulations of pollutant fields at urban and regional levels. Two groups of aerosol dynam-ics models built into air quality models are distinguished and characterised, i.e., sectional and modal models. Methods of solving aerosol dynamic and transport equation are described. A critical analysis of aerosol modelling is given. 1
This paper presents AZUR, a 3D Eulerian photochemical air quality model for the simulation of air po...
Atmospheric models constitute the best tools available for the setting of policy, and may, in some c...
A quantitative understanding of long-range transport of air pollution involves several aspects from ...
ABSTRACT. A comparative review of algorithms currently used in air quality models to simulate aeroso...
International audienceAir pollution modeling is now a mature field, and comprehensive numerical mode...
Chemical-transport models are now able to describe in a realistic way gaseous polluants behavior in ...
The development and application of numerical regional and local chemistry trans-port models (CTMs) i...
Air quality is far from being a new concern but remains an issue demanding increasing attention. The...
The Multi-plume Aerosol dynamics and Transport (MAT) model has been developed to study the dynamics ...
The main purpose of this chapter is to provide an overview of the different models of pollution disp...
The aim of this work was to develop a model suited for detailed studies of aerosol dynamics, gas and...
Elevated atmospheric particulate matter concentrations are associated with significant adverse healt...
A model is presented for predicting the dynamic behavior of both inert and chemically reacting air p...
Atmospheric aerosols, suspensions of solid or liquid particles, are an important multi-phase system....
International audienceThe aim of this paper is to present preliminary results of aerosol modeling ov...
This paper presents AZUR, a 3D Eulerian photochemical air quality model for the simulation of air po...
Atmospheric models constitute the best tools available for the setting of policy, and may, in some c...
A quantitative understanding of long-range transport of air pollution involves several aspects from ...
ABSTRACT. A comparative review of algorithms currently used in air quality models to simulate aeroso...
International audienceAir pollution modeling is now a mature field, and comprehensive numerical mode...
Chemical-transport models are now able to describe in a realistic way gaseous polluants behavior in ...
The development and application of numerical regional and local chemistry trans-port models (CTMs) i...
Air quality is far from being a new concern but remains an issue demanding increasing attention. The...
The Multi-plume Aerosol dynamics and Transport (MAT) model has been developed to study the dynamics ...
The main purpose of this chapter is to provide an overview of the different models of pollution disp...
The aim of this work was to develop a model suited for detailed studies of aerosol dynamics, gas and...
Elevated atmospheric particulate matter concentrations are associated with significant adverse healt...
A model is presented for predicting the dynamic behavior of both inert and chemically reacting air p...
Atmospheric aerosols, suspensions of solid or liquid particles, are an important multi-phase system....
International audienceThe aim of this paper is to present preliminary results of aerosol modeling ov...
This paper presents AZUR, a 3D Eulerian photochemical air quality model for the simulation of air po...
Atmospheric models constitute the best tools available for the setting of policy, and may, in some c...
A quantitative understanding of long-range transport of air pollution involves several aspects from ...