Particulate matter emissions (PM10) from open-air burning of dry leaves were sampled and …
Chemical characterization of fine particle emissions from wood stove combustion of common …

… Comparing the number size distributions for the main engine at full and low engine loads,
we can see much higher emission of particles with particle diameters ∼ 10nm at full load …

… of particulate emissions in Europe north of the Alps. The aim was to characterise the emissions
… to obtain a detailed chemical profile of the fine particles (PM10) emitted from this source. …

… To obtain a true assessment of the risks associated with airborne particles a detailed physical
and chemical characterisation is required. Traditionally, the chemical characterisation of …

… Additionally, mineral particles can be carried in from outdoor by the commuters and through
air exchange (Martins et al., 2017). The chemical characterisation of the particles collected …

… Here we present the physical and chemical characterization of the particulate mat- 5 ter
inside two tunnels in the SPMA with very distinct circulating fleets. In one tunnel LDVs and …

… was applied and five main classes of particle were characterised: sea salt, dust, carbon, …
to 49.5% of the particles characterised. Oxygenated organic particles feature heavily in the …

… as well as their chemical composition. In order to investigate emission factors for particulate
emissions and the chemical compositions of the PM emissions over typical whole day …

… better characterising these particles and understanding which particle properties are most
important in the context of effects on health. Knowledge of the sources, chemical composition, …

… Understanding aerosol atmospheric chemistry and its environmental impact requires
comprehensive characterisation of the physical and chemical properties of particles. Results from …