Add to ORKGModified expressions for vertical and horizontal dispersion coefficients σy and σz are proposed. The determined values of σy and σz, for a specified time span, are used in a Gaussian profile to predict pollution load. This model, being easy to use, serves as a convenient method to predict dust concentration (in the respirable size range)
International audienceGaussian models are commonly used to simulate atmospheric pollutant dispersion...
Nowadays, people are more aware of the air quality than ever. Ground-level pollutants from human act...
Particle dispersion models describe how atmospheric pollutants disperse through turbulence while bei...
321-324Over the last three decades, strict environmental regulations and the availability of persona...
Vita.The use of dispersion modeling as a regulatory tool is continually increasing. In many cases, ...
The increase of the industrial production and the development of new processes led to the necessity ...
Atmospheric pollutant dispersion near sources is typically simulated by Gaussian models because of t...
Gaussian plume concept and formula (model) is one example of computational modes in which if and whe...
Due to the character of the original source materials and the nature of batch digitization, quality ...
Air pollution modelling is necessary and widely used tool for air quality management in urban areas....
In this study, we examined the usage of the Gaussian air dispersion model to visualise point source ...
The concentration of odoriphores can be handled like other volatile pollutants. The dispersion of ai...
A 3D Lagrangian particle model has been presented for the atmospheric dispersion of the toxic pollut...
This paper describes a simplified method, the Smeared Concentration Approximation, developed to char...
In this work programme shall be used in the mathematical modeling of the dynamics of atmospheric ...
International audienceGaussian models are commonly used to simulate atmospheric pollutant dispersion...
Nowadays, people are more aware of the air quality than ever. Ground-level pollutants from human act...
Particle dispersion models describe how atmospheric pollutants disperse through turbulence while bei...
321-324Over the last three decades, strict environmental regulations and the availability of persona...
Vita.The use of dispersion modeling as a regulatory tool is continually increasing. In many cases, ...
The increase of the industrial production and the development of new processes led to the necessity ...
Atmospheric pollutant dispersion near sources is typically simulated by Gaussian models because of t...
Gaussian plume concept and formula (model) is one example of computational modes in which if and whe...
Due to the character of the original source materials and the nature of batch digitization, quality ...
Air pollution modelling is necessary and widely used tool for air quality management in urban areas....
In this study, we examined the usage of the Gaussian air dispersion model to visualise point source ...
The concentration of odoriphores can be handled like other volatile pollutants. The dispersion of ai...
A 3D Lagrangian particle model has been presented for the atmospheric dispersion of the toxic pollut...
This paper describes a simplified method, the Smeared Concentration Approximation, developed to char...
In this work programme shall be used in the mathematical modeling of the dynamics of atmospheric ...
International audienceGaussian models are commonly used to simulate atmospheric pollutant dispersion...
Nowadays, people are more aware of the air quality than ever. Ground-level pollutants from human act...
Particle dispersion models describe how atmospheric pollutants disperse through turbulence while bei...