- From
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7. 9. 2021, 10:00
- To
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7. 9. 2021, 10:00
- Where
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Zasedací síň ÚCHP
- Event type
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E‑hala Lectures
Air pollution and particularly particulate pollution from smaller particles (PM , particles with aerodynamic diameters ≤ 2.5 μm) is 2.5 now recognized as a major environmental problem resulting in multiple adverse health effects (morbidity and mortality), visibility impairment, ecosystem damage, and climate effects. To adequate manage air quality and reduce the anthropogenic drivers of PM , it 2.5 is necessary to identify and quantitatively apportion the airborne PM mass to its sources. An important approach to doing source apportionments is with receptor models. These data analysis tools utilize chemical composition data and utilize the specific patterns of chemical constituents in PM to provide quantitative separation of the mass to the identified sources. In this presentation, the evolution of source apportionment from its beginnings in the 1960s up to current capabilities will be described with illustrative examples.
