Add to ORKGThe advection diffusion equation was solved analytically using separation of variables technique, considering first the wind speed and eddy diffusivity as constants; second as variables dependent on vertical height z. Comparison between predicted two models and observed concentration on Inshas, Cairo (Egypt) is done
AbstractIn this study an integral and an algebraic formulation for the eddy diffusivities in a shear...
This paper is the first of a series in which the theory of local advection (the exchange due to hori...
International audienceThis study presents a dispersion model based on an analytical solution of two-...
Abstract In this report, we solved the advection–diffusion equation under pollutants deposition on ...
In this paper, the diffusion equation was solved in three dimensions to calculate the ground level c...
Abstract: In this paper, we studied a local and a non-local scheme for vertical diffusion in the atm...
Accounting for the current knowledge of the Convective Boundary Layer (CBL) structure and characteri...
An analytical solution of the two dimensional atmospheric diffusion equation has been developed incl...
In this paper we present an analytical solution of the advection-diffusion equation which describes ...
An analysis is made of the diffusion equation in two dimensions with the diffusion coefficient propo...
Accounting for the current knowledge of the convective boundary layer structure and characteristics,...
Abstract Three‐dimensional advection–diffusion equation with steady state was evaluated from continu...
Advection-diffusion model is one of the mathematical models, which can be used to understand the dis...
Some recent results about solutions of the atmospheric advectiondiffusionequation will be presented....
Abstract Based on gradient transport theory or K-theory, turbulent transport in the atmo-sphere has ...
AbstractIn this study an integral and an algebraic formulation for the eddy diffusivities in a shear...
This paper is the first of a series in which the theory of local advection (the exchange due to hori...
International audienceThis study presents a dispersion model based on an analytical solution of two-...
Abstract In this report, we solved the advection–diffusion equation under pollutants deposition on ...
In this paper, the diffusion equation was solved in three dimensions to calculate the ground level c...
Abstract: In this paper, we studied a local and a non-local scheme for vertical diffusion in the atm...
Accounting for the current knowledge of the Convective Boundary Layer (CBL) structure and characteri...
An analytical solution of the two dimensional atmospheric diffusion equation has been developed incl...
In this paper we present an analytical solution of the advection-diffusion equation which describes ...
An analysis is made of the diffusion equation in two dimensions with the diffusion coefficient propo...
Accounting for the current knowledge of the convective boundary layer structure and characteristics,...
Abstract Three‐dimensional advection–diffusion equation with steady state was evaluated from continu...
Advection-diffusion model is one of the mathematical models, which can be used to understand the dis...
Some recent results about solutions of the atmospheric advectiondiffusionequation will be presented....
Abstract Based on gradient transport theory or K-theory, turbulent transport in the atmo-sphere has ...
AbstractIn this study an integral and an algebraic formulation for the eddy diffusivities in a shear...
This paper is the first of a series in which the theory of local advection (the exchange due to hori...
International audienceThis study presents a dispersion model based on an analytical solution of two-...