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- W2051278312 abstract "Ambient aerosol particles have a variety of important effects on many atmospheric processes, for example scattering and absorbing solar radiation and affecting cloud formation. Adverse health effects, for example respiratory and cardiopulmonary diseases and mortality, have also been associated with atmospheric particles. Although a major fraction (up to 50%) of ambient aerosol particles is organic material, little is known about this fraction. Despite significant efforts to elucidate the chemical nature of organic particle components in recent decades, often only 10–20% of the total organic mass can be identified on a molecular level [1, 2] although hundreds of compounds have been identified, most of them at trace levels [3]. In recent years several authors have identified highmolecular-weight organic compounds in particles collected in the ambient atmosphere or produced in laboratory experiments. These studies showed that a major part of the total organic aerosol mass (10–50%) can probably be attributed to this new class of compound and that many of these high-molecular-weight compounds pose new challenges in the chemical analysis of atmospheric aerosol particles." @default.
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- W2051278312 date "2006-03-28" @default.
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- W2051278312 title "Analysis of oligomers in atmospheric aerosol particles—analytical challenges" @default.
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- W2051278312 doi "https://doi.org/10.1007/s00216-006-0354-0" @default.
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