Matches in SemOpenAlex for { <https://semopenalex.org/work/W2082597188> ?p ?o ?g. }
- W2082597188 endingPage "1378" @default.
- W2082597188 startingPage "1367" @default.
- W2082597188 abstract "Recent field measurements have shown that a significant fraction of the mass of atmospheric aerosols is organic. Organic compounds will preferentially partition to the surface of the aerosols and are extremely susceptible to oxidation by OH, O3, halogens, and NO3. In this work, organic films were investigated as proxies for surface alkane and alkene organic compounds. We have studied the chemical mechanisms for processing of an alkane and an alkene by OH. The competition between O3 and OH for the carbon–carbon double bond in an alkene is also investigated. Atmospheric consequences of the oxidation of hydrocarbon films will be discussed, including the affects on atmospheric chemistry, climate and atmospheric transport." @default.
- W2082597188 created "2016-06-24" @default.
- W2082597188 creator A5011813159 @default.
- W2082597188 creator A5020353111 @default.
- W2082597188 creator A5051342774 @default.
- W2082597188 date "2004-03-01" @default.
- W2082597188 modified "2023-09-27" @default.
- W2082597188 title "Oxidation of organic films relevant to atmospheric aerosols" @default.
- W2082597188 cites W1488932668 @default.
- W2082597188 cites W1576617753 @default.
- W2082597188 cites W1963897642 @default.
- W2082597188 cites W1969914859 @default.
- W2082597188 cites W1972585553 @default.
- W2082597188 cites W1977251368 @default.
- W2082597188 cites W1979784540 @default.
- W2082597188 cites W1981719480 @default.
- W2082597188 cites W1983707122 @default.
- W2082597188 cites W1983949799 @default.
- W2082597188 cites W1984159673 @default.
- W2082597188 cites W1984805045 @default.
- W2082597188 cites W1996102822 @default.
- W2082597188 cites W1996897516 @default.
- W2082597188 cites W1997901409 @default.
- W2082597188 cites W2003003726 @default.
- W2082597188 cites W2003482708 @default.
- W2082597188 cites W2004676760 @default.
- W2082597188 cites W2004758304 @default.
- W2082597188 cites W2009598421 @default.
- W2082597188 cites W2010870019 @default.
- W2082597188 cites W2011969813 @default.
- W2082597188 cites W2012622483 @default.
- W2082597188 cites W2016162231 @default.
- W2082597188 cites W2016269357 @default.
- W2082597188 cites W2021577297 @default.
- W2082597188 cites W2024559263 @default.
- W2082597188 cites W2031610033 @default.
- W2082597188 cites W2033085586 @default.
- W2082597188 cites W2040457475 @default.
- W2082597188 cites W2050317850 @default.
- W2082597188 cites W2050418222 @default.
- W2082597188 cites W2057485185 @default.
- W2082597188 cites W2058101696 @default.
- W2082597188 cites W2060896571 @default.
- W2082597188 cites W2061016686 @default.
- W2082597188 cites W2067550870 @default.
- W2082597188 cites W2068890460 @default.
- W2082597188 cites W2070322696 @default.
- W2082597188 cites W2071799644 @default.
- W2082597188 cites W2072215014 @default.
- W2082597188 cites W2072499909 @default.
- W2082597188 cites W2073871217 @default.
- W2082597188 cites W2079983094 @default.
- W2082597188 cites W2089410276 @default.
- W2082597188 cites W2089758115 @default.
- W2082597188 cites W2090069852 @default.
- W2082597188 cites W2090475777 @default.
- W2082597188 cites W2090813727 @default.
- W2082597188 cites W2090963362 @default.
- W2082597188 cites W2091082113 @default.
- W2082597188 cites W2091275940 @default.
- W2082597188 cites W2094089284 @default.
- W2082597188 cites W2095398169 @default.
- W2082597188 cites W2095494185 @default.
- W2082597188 cites W2107842672 @default.
- W2082597188 cites W2123019220 @default.
- W2082597188 cites W2124992912 @default.
- W2082597188 cites W2133842743 @default.
- W2082597188 cites W2143150941 @default.
- W2082597188 cites W2150786313 @default.
- W2082597188 cites W2152396625 @default.
- W2082597188 cites W2159738742 @default.
- W2082597188 cites W2171894480 @default.
- W2082597188 cites W2172014922 @default.
- W2082597188 cites W2177803537 @default.
- W2082597188 cites W4242247618 @default.
- W2082597188 cites W4376849557 @default.
- W2082597188 doi "https://doi.org/10.1016/j.atmosenv.2003.11.025" @default.
- W2082597188 hasPublicationYear "2004" @default.
- W2082597188 type Work @default.
- W2082597188 sameAs 2082597188 @default.
- W2082597188 citedByCount "89" @default.
- W2082597188 countsByYear W20825971882012 @default.
- W2082597188 countsByYear W20825971882013 @default.
- W2082597188 countsByYear W20825971882014 @default.
- W2082597188 countsByYear W20825971882015 @default.
- W2082597188 countsByYear W20825971882016 @default.
- W2082597188 countsByYear W20825971882017 @default.
- W2082597188 countsByYear W20825971882020 @default.
- W2082597188 countsByYear W20825971882021 @default.
- W2082597188 countsByYear W20825971882022 @default.
- W2082597188 countsByYear W20825971882023 @default.
- W2082597188 crossrefType "journal-article" @default.
- W2082597188 hasAuthorship W2082597188A5011813159 @default.
- W2082597188 hasAuthorship W2082597188A5020353111 @default.
- W2082597188 hasAuthorship W2082597188A5051342774 @default.
- W2082597188 hasConcept C104779481 @default.
- W2082597188 hasConcept C107872376 @default.
- W2082597188 hasConcept C140205800 @default.