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- W2807130584 abstract "The extent to which motor vehicles contribute to ambient secondary organic aerosol (SOA) remains uncertain. Here, we present in situ measurements of SOA formation at a near-highway site with substantial tree-cover 10 m from Interstate 40 near Durham, North Carolina. In July 2015 (summer) and February 2016 (winter), we exposed ambient air to a range of oxidant (O3 and OH) concentrations in an oxidation flow reactor (OFR), resulting in hours to weeks of equivalent atmospheric aging. We observed substantial seasonal variation in SOA formation upon OFR aging; diurnally varying OA enhancements of ∼3–8 μg m–3 were observed in summer and significantly lower enhancements (∼0.5–1 μg m–3) in winter. Measurements in both seasons showed consistent changes in bulk OA properties (chemical composition; volatility) with OFR aging. Mild increases in traffic-related SOA precursors during summer partly explains the seasonal variation. However, biogenic emissions, with sharp temperature dependence, appear to dominate summer OFR-SOA. Our analysis indicates that SOA observed in the OFR is similar (within a factor of 2) to that predicted to form from traffic and biogenic precursors using literature yields, especially in winter. This study highlights the utility of the OFR for studying the prevalence of SOA precursors in complex real-world settings." @default.
- W2807130584 created "2018-06-13" @default.
- W2807130584 creator A5039259948 @default.
- W2807130584 creator A5057376222 @default.
- W2807130584 creator A5086885449 @default.
- W2807130584 date "2018-05-30" @default.
- W2807130584 modified "2023-09-23" @default.
- W2807130584 title "Seasonally Varying Secondary Organic Aerosol Formation From In-Situ Oxidation of Near-Highway Air" @default.
- W2807130584 cites W1275624697 @default.
- W2807130584 cites W1560749659 @default.
- W2807130584 cites W1561878391 @default.
- W2807130584 cites W1881063732 @default.
- W2807130584 cites W1893507388 @default.
- W2807130584 cites W1960415144 @default.
- W2807130584 cites W1965571022 @default.
- W2807130584 cites W1970939858 @default.
- W2807130584 cites W1972160389 @default.
- W2807130584 cites W1977531595 @default.
- W2807130584 cites W1982056270 @default.
- W2807130584 cites W1988597968 @default.
- W2807130584 cites W1996556904 @default.
- W2807130584 cites W2002106625 @default.
- W2807130584 cites W2009804295 @default.
- W2807130584 cites W2018888945 @default.
- W2807130584 cites W2022510361 @default.
- W2807130584 cites W2023037439 @default.
- W2807130584 cites W2029604856 @default.
- W2807130584 cites W2031962158 @default.
- W2807130584 cites W2044745358 @default.
- W2807130584 cites W2045575563 @default.
- W2807130584 cites W2047102135 @default.
- W2807130584 cites W2048482093 @default.
- W2807130584 cites W2049328184 @default.
- W2807130584 cites W2052859509 @default.
- W2807130584 cites W2064382437 @default.
- W2807130584 cites W2070536867 @default.
- W2807130584 cites W2071327121 @default.
- W2807130584 cites W2079702179 @default.
- W2807130584 cites W2083143793 @default.
- W2807130584 cites W2086443418 @default.
- W2807130584 cites W2097482260 @default.
- W2807130584 cites W2098555543 @default.
- W2807130584 cites W2104659599 @default.
- W2807130584 cites W2107371694 @default.
- W2807130584 cites W2107433593 @default.
- W2807130584 cites W2108903266 @default.
- W2807130584 cites W2109620371 @default.
- W2807130584 cites W2113154377 @default.
- W2807130584 cites W2114419644 @default.
- W2807130584 cites W2116507044 @default.
- W2807130584 cites W2117647532 @default.
- W2807130584 cites W2118709668 @default.
- W2807130584 cites W2121941478 @default.
- W2807130584 cites W2122062630 @default.
- W2807130584 cites W2122784934 @default.
- W2807130584 cites W2127510753 @default.
- W2807130584 cites W2128484041 @default.
- W2807130584 cites W2132272256 @default.
- W2807130584 cites W2137766238 @default.
- W2807130584 cites W2137880172 @default.
- W2807130584 cites W2137971475 @default.
- W2807130584 cites W2140282454 @default.
- W2807130584 cites W2140741600 @default.
- W2807130584 cites W2142243570 @default.
- W2807130584 cites W2142650612 @default.
- W2807130584 cites W2144923407 @default.
- W2807130584 cites W2146064208 @default.
- W2807130584 cites W2168771796 @default.
- W2807130584 cites W2170370505 @default.
- W2807130584 cites W2172206806 @default.
- W2807130584 cites W2288561659 @default.
- W2807130584 cites W2312300077 @default.
- W2807130584 cites W2314324898 @default.
- W2807130584 cites W2318445405 @default.
- W2807130584 cites W2323117465 @default.
- W2807130584 cites W2324359618 @default.
- W2807130584 cites W2324918898 @default.
- W2807130584 cites W2325715501 @default.
- W2807130584 cites W2332829231 @default.
- W2807130584 cites W2346651320 @default.
- W2807130584 cites W2419374219 @default.
- W2807130584 cites W2463479250 @default.
- W2807130584 cites W2564646990 @default.
- W2807130584 cites W2569793279 @default.
- W2807130584 cites W2589973097 @default.
- W2807130584 cites W2652050100 @default.
- W2807130584 cites W2678818969 @default.
- W2807130584 cites W2732944238 @default.
- W2807130584 cites W2743147687 @default.
- W2807130584 cites W2773645088 @default.
- W2807130584 cites W2777639368 @default.
- W2807130584 cites W2782407837 @default.
- W2807130584 cites W2783330360 @default.
- W2807130584 cites W2785649357 @default.
- W2807130584 cites W2793424809 @default.
- W2807130584 doi "https://doi.org/10.1021/acs.est.8b01134" @default.
- W2807130584 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/29847110" @default.
- W2807130584 hasPublicationYear "2018" @default.