Add to ORKGA general method to evaluate dispersion parameters for a turbulent Planetary Boundary Layer (PBL) under convective conditions is described in this paper. The method is based on Taylor’s diffusion theory. By employing the Gaussian plume approach the model performances are evaluated against experimental groundlevel concentrations
The influence of the different scales of turbulent motion on plume dispersion in the atmospheric con...
Accounting for the current knowledge of the Convective Boundary Layer (CBL) structure and characteri...
It is suggested an approach for complex estimation of dynamical and pollutant characteristics around...
A simplified model for dispersion in a convective boundary layer is presented and is used to diagnos...
Esse trabalho descreve a evolução espacial e temporal da dispersão de um poluente inerte e passivo e...
We propose to estimate the standard deviations of the air pollution concentration in the horizontal ...
An Eulerian model and a Lagrangian particle model are used to study the dispersion of a contaminant ...
A non-reactive air pollution model evaluating ground level concentration is presented. It relies on...
Apresentamos duas novas parametrizações para um modelo operacional para o cálculo das concentrações ...
The development and validation of a new stochastic model for predicting the dispersion of a passive ...
Numerico-empirical expressions for the particle displacement probability density function from which...
grantor: University of TorontoAtmospheric and turbulence modelling, boundary layer paramet...
Abstract A Lagrangian particle dispersion model (LPDM) driven by velocity fields from large-eddy sim...
The problem of shear dispersion in the atmospheric boundary layer (ABL) is revisited. The aim is to ...
The Lagrangian stochastic probability density function (PDF) model developed by Cassiani et al. [Atm...
The influence of the different scales of turbulent motion on plume dispersion in the atmospheric con...
Accounting for the current knowledge of the Convective Boundary Layer (CBL) structure and characteri...
It is suggested an approach for complex estimation of dynamical and pollutant characteristics around...
A simplified model for dispersion in a convective boundary layer is presented and is used to diagnos...
Esse trabalho descreve a evolução espacial e temporal da dispersão de um poluente inerte e passivo e...
We propose to estimate the standard deviations of the air pollution concentration in the horizontal ...
An Eulerian model and a Lagrangian particle model are used to study the dispersion of a contaminant ...
A non-reactive air pollution model evaluating ground level concentration is presented. It relies on...
Apresentamos duas novas parametrizações para um modelo operacional para o cálculo das concentrações ...
The development and validation of a new stochastic model for predicting the dispersion of a passive ...
Numerico-empirical expressions for the particle displacement probability density function from which...
grantor: University of TorontoAtmospheric and turbulence modelling, boundary layer paramet...
Abstract A Lagrangian particle dispersion model (LPDM) driven by velocity fields from large-eddy sim...
The problem of shear dispersion in the atmospheric boundary layer (ABL) is revisited. The aim is to ...
The Lagrangian stochastic probability density function (PDF) model developed by Cassiani et al. [Atm...
The influence of the different scales of turbulent motion on plume dispersion in the atmospheric con...
Accounting for the current knowledge of the Convective Boundary Layer (CBL) structure and characteri...
It is suggested an approach for complex estimation of dynamical and pollutant characteristics around...