The validation and reliability of atmospheric dispersion models are important concerns for both model users and developers. Numerous field experiments have been conducted to address these issues of model reliability, with the results of the field experiments often being used to evaluate differences between the performance of different models (e.g. Hanna et al., 2001; Hill et al.
Numerous numerical models are developed to predict long range transport of hazardous air pollution i...
Air dispersion models play a crucial role in nuclear emergency management. It is therefore highly re...
A tracer study was conducted at the Duke Forest Site in Chapel Hill, North Carolina in January, 1995...
Many models exist for predicting the atmospheric transport and dispersion of material following its ...
Abstract: The atmospheric dispersion modelling of pollutants is based on models, but also on data an...
Air quality is far from being a new concern but remains an issue demanding increasing attention. The...
Due to the character of the original source materials and the nature of batch digitization, quality ...
Atmospheric plume dispersion models are used for a variety of purposes including emergency planning ...
Chlorine release trials were conducted at the Dugway Proving Ground in Utah, during the Jack Rabbit ...
Compliance with standards of radiation dose to the general public has necessitated the use of disper...
The accuracy of air pollutants dispersion modelling results depends on the quality of the input data...
Different types of models can be used to simulate the odour dispersion into the atmosphere. This wor...
Abstract: Gaussian and Lagrangian model runs are evaluated in comparison to field data from the Odou...
This Thesis describes work undertaken by the author as part of a Government sponsored study of air p...
The complete evaluation of an atmospheric transport and diffusion model typically includes a study o...
Numerous numerical models are developed to predict long range transport of hazardous air pollution i...
Air dispersion models play a crucial role in nuclear emergency management. It is therefore highly re...
A tracer study was conducted at the Duke Forest Site in Chapel Hill, North Carolina in January, 1995...
Many models exist for predicting the atmospheric transport and dispersion of material following its ...
Abstract: The atmospheric dispersion modelling of pollutants is based on models, but also on data an...
Air quality is far from being a new concern but remains an issue demanding increasing attention. The...
Due to the character of the original source materials and the nature of batch digitization, quality ...
Atmospheric plume dispersion models are used for a variety of purposes including emergency planning ...
Chlorine release trials were conducted at the Dugway Proving Ground in Utah, during the Jack Rabbit ...
Compliance with standards of radiation dose to the general public has necessitated the use of disper...
The accuracy of air pollutants dispersion modelling results depends on the quality of the input data...
Different types of models can be used to simulate the odour dispersion into the atmosphere. This wor...
Abstract: Gaussian and Lagrangian model runs are evaluated in comparison to field data from the Odou...
This Thesis describes work undertaken by the author as part of a Government sponsored study of air p...
The complete evaluation of an atmospheric transport and diffusion model typically includes a study o...
Numerous numerical models are developed to predict long range transport of hazardous air pollution i...
Air dispersion models play a crucial role in nuclear emergency management. It is therefore highly re...
A tracer study was conducted at the Duke Forest Site in Chapel Hill, North Carolina in January, 1995...