Add to ORKGpheric puff dispersion model is described. This three-dimensional model simulates the release of Gaussian pollutant puffs and predicts their concentration as they are diffused and advected downwind by a horizontally homogeneous, time-dependent wind. Atmospheric characteristics such as turbulence intensity, poten-tial temperature gradient, buoyant heat flux and maximum mixin
Three-dimensional integrated puff model simulates smoke plume dispersion processes and estimates pol...
Advection-diffusion model is one of the mathematical models, which can be used to understand the dis...
A simple model for turbulent diffusion is proposed based on a turbulent energy model modified by Gal...
In this report an atmospheric transport model (the RIVM/KNMI PUFF- model) is described. The model i...
grantor: University of TorontoAtmospheric and turbulence modelling, boundary layer paramet...
A model for the dispersion of passive non-Gaussian puffs is presented. The model is based on a gener...
A 3D Lagrangian particle model has been presented for the atmospheric dispersion of the toxic pollut...
Apresentamos um novo modelo tridimensional a puff onde a difusão é descrita por solução analítica da...
This report provides a technical description of the RIVM/KNMI PUFF model. The model may be used to c...
We develop a new analytical solution of a three-dimensional atmospheric pollutant dispersion. The ma...
Summarization: An analytical solution to the steady-state three-dimensional atmospheric dispersion e...
Vita.The use of dispersion modeling as a regulatory tool is continually increasing. In many cases, ...
The use of models as a means of studying plume diffusion is by no means new, but the problems which ...
Numerico-empirical expressions for the particle displacement probability density function from which...
A one-dimensional, mesoscale second-order closure boundary-layer model is developed to simulate wind...
Three-dimensional integrated puff model simulates smoke plume dispersion processes and estimates pol...
Advection-diffusion model is one of the mathematical models, which can be used to understand the dis...
A simple model for turbulent diffusion is proposed based on a turbulent energy model modified by Gal...
In this report an atmospheric transport model (the RIVM/KNMI PUFF- model) is described. The model i...
grantor: University of TorontoAtmospheric and turbulence modelling, boundary layer paramet...
A model for the dispersion of passive non-Gaussian puffs is presented. The model is based on a gener...
A 3D Lagrangian particle model has been presented for the atmospheric dispersion of the toxic pollut...
Apresentamos um novo modelo tridimensional a puff onde a difusão é descrita por solução analítica da...
This report provides a technical description of the RIVM/KNMI PUFF model. The model may be used to c...
We develop a new analytical solution of a three-dimensional atmospheric pollutant dispersion. The ma...
Summarization: An analytical solution to the steady-state three-dimensional atmospheric dispersion e...
Vita.The use of dispersion modeling as a regulatory tool is continually increasing. In many cases, ...
The use of models as a means of studying plume diffusion is by no means new, but the problems which ...
Numerico-empirical expressions for the particle displacement probability density function from which...
A one-dimensional, mesoscale second-order closure boundary-layer model is developed to simulate wind...
Three-dimensional integrated puff model simulates smoke plume dispersion processes and estimates pol...
Advection-diffusion model is one of the mathematical models, which can be used to understand the dis...
A simple model for turbulent diffusion is proposed based on a turbulent energy model modified by Gal...