Progress is reported in the development of a mathematical model to be used to dynamically predict the motion and dispersion properties of the atmosphere on the mesoscale which will, in turn, permit calculation of contamination concentrations. (LCL
Dispersion of chemical agents in the atmosphere is a physical phenomenon influenced by micrometeorol...
This thesis presents theoretical models and experimental results of average and instantaneous concen...
Meteorological fields are required inputs for air-quality models, but they can contain significant e...
The objective of this research is the development and verification of a regional scale numerical wea...
Dispersion schemes which utilise on-line transport weather data are in increasing use, to predict th...
An analytical model has been developed to study time-dependent atmospheric diffusion in the protecte...
Atmospheric transport and dispersion were investigated during the CAPITOUL campaign using measuremen...
time-dependent mathematical model of chemically reactive atmospheric primary pollutants and their by...
Our ability to simulate atmospheric processes that affect the life cycle of pollution is reviewed. T...
Air pollution from traffic is a major health problem in urban areas, and there is a great interest i...
Air-quality in a complex terrain (Colorado-River-Valley/Grand-Canyon Area, Southwest U.S.) is modele...
A computerized model was developed to describe the redistribution of wind eroding soil-contaminant m...
Air-quality in a complex terrain (Colorado-River-Valley/Grand-Canyon Area, Southwest U.S.) is modele...
The MIUU mesoscale model was further developed, in order to include information on large-scale atmos...
We review the efforts made by the scientific community in more than seventy years to elucidate the b...
Dispersion of chemical agents in the atmosphere is a physical phenomenon influenced by micrometeorol...
This thesis presents theoretical models and experimental results of average and instantaneous concen...
Meteorological fields are required inputs for air-quality models, but they can contain significant e...
The objective of this research is the development and verification of a regional scale numerical wea...
Dispersion schemes which utilise on-line transport weather data are in increasing use, to predict th...
An analytical model has been developed to study time-dependent atmospheric diffusion in the protecte...
Atmospheric transport and dispersion were investigated during the CAPITOUL campaign using measuremen...
time-dependent mathematical model of chemically reactive atmospheric primary pollutants and their by...
Our ability to simulate atmospheric processes that affect the life cycle of pollution is reviewed. T...
Air pollution from traffic is a major health problem in urban areas, and there is a great interest i...
Air-quality in a complex terrain (Colorado-River-Valley/Grand-Canyon Area, Southwest U.S.) is modele...
A computerized model was developed to describe the redistribution of wind eroding soil-contaminant m...
Air-quality in a complex terrain (Colorado-River-Valley/Grand-Canyon Area, Southwest U.S.) is modele...
The MIUU mesoscale model was further developed, in order to include information on large-scale atmos...
We review the efforts made by the scientific community in more than seventy years to elucidate the b...
Dispersion of chemical agents in the atmosphere is a physical phenomenon influenced by micrometeorol...
This thesis presents theoretical models and experimental results of average and instantaneous concen...
Meteorological fields are required inputs for air-quality models, but they can contain significant e...
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