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Atmospheric aerosol fractional and morphological specifics usually depend on their place of origin, they can be solid, liquid or in mixed form. Knowing diversity of aerosol sources, life cycle, ability to be involved in physical and chemical reactions and tendency to accumulate at the specific meteorological conditions, atmospheric pollution levels can be raised and exceed either national or international standards causing adverse health effects. This study was done in order to understand and explain aerosol (PM10...

The production of particulate matter and harmful gases from different sources is a problem in the cities. An important role in air pollution is played by industry and road transport. Traffic volume continues to grow and road transport has the greatest impact on the atmosphere in the vicinity of the urban roads. Due to the dominant use of combustion engines, exhaust gases contain large amounts of gaseous pollutants as well as particulate matter. They particularly include a large amount of the finest PM fractions, w...

The purpose of the paper has been finding an effective numerical diffusion model able to predict the patterns of the particulate matter PM10 transported by the wind within the urban area of Craiova (major city in Romania) from the nearby ash dump produced by Craiova II Thermal Power. In order to verify this mathematical model, experimental data have been gathered during four weeks in the selected area, in different seasons and places, by using a particulate matter sampling system and then gravimetrically evaluatin...