A platform for research: civil engineering, architecture and urbanism
Air pollution model for point source
Mathematical models of air pollution have a broad practical application. They are irreplaceable wherever it is not possible to determine a state of air pollution by measuring of a noxious agent concentration. By creating of a suitable model of air pollution we can assess a state of the air quality but we also to predict the pollution that can occur at given atmospheric conditions. The created model is a suitable tool for controlling the activity of TEKO and for the evaluation of the quality of air in a monitored area of the city of Košice. A sufficient knowledge in the given field is a condition. The input data and information necessary for creating such a model of polluted air is another important factor.
Air pollution model for point source
Mathematical models of air pollution have a broad practical application. They are irreplaceable wherever it is not possible to determine a state of air pollution by measuring of a noxious agent concentration. By creating of a suitable model of air pollution we can assess a state of the air quality but we also to predict the pollution that can occur at given atmospheric conditions. The created model is a suitable tool for controlling the activity of TEKO and for the evaluation of the quality of air in a monitored area of the city of Košice. A sufficient knowledge in the given field is a condition. The input data and information necessary for creating such a model of polluted air is another important factor.
Air pollution model for point source
Jozef Mačala (author) / Viliam Carach (author)
2006
Article (Journal)
Electronic Resource
Unknown
Metadata by DOAJ is licensed under CC BY-SA 1.0
SYSTEM FOR REDUCING NON POINT SOURCE POLLUTION AND MONITERING NON POINT SOURCE POLLUTION
European Patent Office | 2019
|Non-Point Source Pollution Reduction
British Library Conference Proceedings | 1994
|A study on the non-point source pollution model
British Library Online Contents | 2002
|