FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2096594028> ?p ?o ?g. }

• W2096594028 endingPage "4142" @default.
• W2096594028 startingPage "4127" @default.
• W2096594028 abstract "Abstract. During the month of October 2006, as part of the REPARTEE-I experiment (Regent's Park and Tower Environmental Experiment) an Aerosol Time-Of-Flight Mass Spectrometer (ATOFMS) was deployed at an urban background location in the city of London, UK. Fifteen particle types were classified, some of which were already discussed (Dall'Osto et al., 2009a,b; Harrison et al., 2012). In this manuscript the origins and properties of four unreported particle types postulated to be due to locally generated aerosols, independent of the air mass type advected into London, are examined. One particle type, originating from lubricating oil (referred to as Ca-EC), was associated with morning rush hour traffic emissions. A second particle type, composed of both inorganic and organic species (called Na-EC-OC), was found enhanced in particle number concentration during evening time periods, and is likely to originate from a source operating at this time of day, or more probably from condensation of semi-volatile species. A third class, internally mixed with organic carbon and sulphate (called OC), was found to spike both in the morning and evenings although it could not unambiguously associated with a specific source or atmospheric process. The fourth class (Secondary Organic Aerosols – Polycyclic Aromatic Hydrocarbon; SOA-PAH) exhibited maximum frequency during the warmest part of the day, and a number of factors point towards secondary aerosol production from traffic-related volatile aromatic compounds. Single particle mass spectra of this particle type showed an oxidized polycyclic aromatic compound signature. A comparison of ATOFMS particle class data is then made with factors obtained by Positive Matrix Factorization and PAH signatures obtained from Aerosol Mass Spectrometer (AMS) data (Allan et al., 2010). Both the Ca-EC and OC particle types correlate with primary Hydrocarbon-like Organic Aerosol (HOA, R2 = 0.65 and 0.50 respectively), and Na-EC-OC correlates weakly with the AMS secondary Oxygenated Organic Aerosol (OOA), (R2 = 0.35). Cluster SOA-PAH was found not to correlate with any AMS signal. A detailed analysis was conducted to identify ATOFMS particle type(s) representative of the AMS cooking aerosol factor (COA), but no convincing associations were found. The combined ATOFMS and AMS results of this REPARTEE study do not always provide an entirely coherent interpretation." @default.
• W2096594028 created "2016-06-24" @default.
• W2096594028 creator A5031691523 @default.
• W2096594028 creator A5034248366 @default.
• W2096594028 date "2012-05-10" @default.
• W2096594028 modified "2023-10-07" @default.
• W2096594028 title "Urban organic aerosols measured by single particle mass spectrometry in the megacity of London" @default.
• W2096594028 cites W1561878391 @default.
• W2096594028 cites W1966678616 @default.
• W2096594028 cites W1969000165 @default.
• W2096594028 cites W1969675899 @default.
• W2096594028 cites W1979619808 @default.
• W2096594028 cites W1982056270 @default.
• W2096594028 cites W1990895773 @default.
• W2096594028 cites W2002685794 @default.
• W2096594028 cites W2003240572 @default.
• W2096594028 cites W2003514756 @default.
• W2096594028 cites W2008493342 @default.
• W2096594028 cites W2008715801 @default.
• W2096594028 cites W2009837182 @default.
• W2096594028 cites W2010725798 @default.
• W2096594028 cites W2011240393 @default.
• W2096594028 cites W2014966438 @default.
• W2096594028 cites W2016935109 @default.
• W2096594028 cites W2017325484 @default.
• W2096594028 cites W2020661387 @default.
• W2096594028 cites W2021198116 @default.
• W2096594028 cites W2022130129 @default.
• W2096594028 cites W2023037439 @default.
• W2096594028 cites W2023697913 @default.
• W2096594028 cites W2024739337 @default.
• W2096594028 cites W2025941052 @default.
• W2096594028 cites W2028123374 @default.
• W2096594028 cites W2030601441 @default.
• W2096594028 cites W2036889881 @default.
• W2096594028 cites W2041504287 @default.
• W2096594028 cites W2043266538 @default.
• W2096594028 cites W2043878139 @default.
• W2096594028 cites W2043887707 @default.
• W2096594028 cites W2056575223 @default.
• W2096594028 cites W2061638594 @default.
• W2096594028 cites W2066771771 @default.
• W2096594028 cites W2068063821 @default.
• W2096594028 cites W2071967117 @default.
• W2096594028 cites W2072861274 @default.
• W2096594028 cites W2076335579 @default.
• W2096594028 cites W2077654566 @default.
• W2096594028 cites W2081118881 @default.
• W2096594028 cites W2085369616 @default.
• W2096594028 cites W2086118466 @default.
• W2096594028 cites W2092733447 @default.
• W2096594028 cites W2095344774 @default.
• W2096594028 cites W2104591335 @default.
• W2096594028 cites W2105203677 @default.
• W2096594028 cites W2106115411 @default.
• W2096594028 cites W2109167176 @default.
• W2096594028 cites W2116507044 @default.
• W2096594028 cites W2117820480 @default.
• W2096594028 cites W2120211912 @default.
• W2096594028 cites W2121650519 @default.
• W2096594028 cites W2127489292 @default.
• W2096594028 cites W2127510753 @default.
• W2096594028 cites W2132570558 @default.
• W2096594028 cites W2132709466 @default.
• W2096594028 cites W2136263769 @default.
• W2096594028 cites W2145338596 @default.
• W2096594028 cites W2146152616 @default.
• W2096594028 cites W2150906307 @default.
• W2096594028 cites W2151214350 @default.
• W2096594028 cites W2153477552 @default.
• W2096594028 cites W2168143240 @default.
• W2096594028 cites W2168375900 @default.
• W2096594028 doi "https://doi.org/10.5194/acp-12-4127-2012" @default.
• W2096594028 hasPublicationYear "2012" @default.
• W2096594028 type Work @default.
• W2096594028 sameAs 2096594028 @default.
• W2096594028 citedByCount "46" @default.
• W2096594028 countsByYear W20965940282012 @default.
• W2096594028 countsByYear W20965940282013 @default.
• W2096594028 countsByYear W20965940282014 @default.
• W2096594028 countsByYear W20965940282015 @default.
• W2096594028 countsByYear W20965940282016 @default.
• W2096594028 countsByYear W20965940282017 @default.
• W2096594028 countsByYear W20965940282018 @default.
• W2096594028 countsByYear W20965940282019 @default.
• W2096594028 countsByYear W20965940282020 @default.
• W2096594028 countsByYear W20965940282021 @default.
• W2096594028 countsByYear W20965940282022 @default.
• W2096594028 countsByYear W20965940282023 @default.
• W2096594028 crossrefType "journal-article" @default.
• W2096594028 hasAuthorship W2096594028A5031691523 @default.
• W2096594028 hasAuthorship W2096594028A5034248366 @default.
• W2096594028 hasBestOaLocation W20965940281 @default.
• W2096594028 hasConcept C107872376 @default.
• W2096594028 hasConcept C111368507 @default.
• W2096594028 hasConcept C113196181 @default.
• W2096594028 hasConcept C121332964 @default.
• W2096594028 hasConcept C127313418 @default.

• next