Add to ORKGPredictions of air pollutant dispersion over urban areas is a challenging problem because of the complexity of the topography, the number of physical factors governing the phenomenon, and their inherent uncertainty
Abstract: The atmospheric dispersion modelling of pollutants is based on models, but also on data an...
The main purpose of this chapter is to provide an overview of the different models of pollution disp...
Air quality is a growing concern in urban environment and accurate prediction of transport and dispe...
A practical methodology for quantifying uncertainties in air quality model predictions was developed...
The COST 715 programme is a European activity which supports scientific exchange and networks, on me...
Caused by synoptic changes and the diurnal cycle, the atmospheric boundary layer is never steady sta...
There is a need for air quality models that can be used to estimate the impact of small sources of t...
Flow and pollutant dispersion models are important elements for managing air quality in urban areas,...
The past half century has seen an unprecedented growth of the world's urban population. While urban ...
Focused research efforts on the development of urban dispersion models has occurred over the past de...
Abstract: A new mathematical model of polutant plume dispersion in an urban environment is presented...
A Mathematical model has been developed to study the dispersion of pollutants emitted from an area s...
Accurate predictions of air quality and atmospheric dispersion at high spatial resolution rely on hi...
This chapter discusses the spatial distribution of air pollutants in cities in light of progress mad...
Perfluorocarbon tracer experiments have been undertaken to study atmospheric dispersion mechanisms o...
Abstract: The atmospheric dispersion modelling of pollutants is based on models, but also on data an...
The main purpose of this chapter is to provide an overview of the different models of pollution disp...
Air quality is a growing concern in urban environment and accurate prediction of transport and dispe...
A practical methodology for quantifying uncertainties in air quality model predictions was developed...
The COST 715 programme is a European activity which supports scientific exchange and networks, on me...
Caused by synoptic changes and the diurnal cycle, the atmospheric boundary layer is never steady sta...
There is a need for air quality models that can be used to estimate the impact of small sources of t...
Flow and pollutant dispersion models are important elements for managing air quality in urban areas,...
The past half century has seen an unprecedented growth of the world's urban population. While urban ...
Focused research efforts on the development of urban dispersion models has occurred over the past de...
Abstract: A new mathematical model of polutant plume dispersion in an urban environment is presented...
A Mathematical model has been developed to study the dispersion of pollutants emitted from an area s...
Accurate predictions of air quality and atmospheric dispersion at high spatial resolution rely on hi...
This chapter discusses the spatial distribution of air pollutants in cities in light of progress mad...
Perfluorocarbon tracer experiments have been undertaken to study atmospheric dispersion mechanisms o...
Abstract: The atmospheric dispersion modelling of pollutants is based on models, but also on data an...
The main purpose of this chapter is to provide an overview of the different models of pollution disp...
Air quality is a growing concern in urban environment and accurate prediction of transport and dispe...