FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2136169675> ?p ?o ?g. }

• W2136169675 endingPage "3510" @default.
• W2136169675 startingPage "3497" @default.
• W2136169675 abstract "Abstract. The reactive partitioning of cis and trans β-IEPOX was investigated on hydrated inorganic seed particles, without the addition of acids. No organic aerosol (OA) formation was observed on dry ammonium sulfate (AS); however, prompt and efficient OA growth was observed for the cis and trans β-IEPOX on AS seeds at liquid water contents of 40–75% of the total particle mass. OA formation from IEPOX is a kinetically limited process, thus the OA growth continues if there is a reservoir of gas-phase IEPOX. There appears to be no differences, within error, in the OA growth or composition attributable to the cis / trans isomeric structures. Reactive uptake of IEPOX onto hydrated AS seeds with added base (NaOH) also produced high OA loadings, suggesting the pH dependence for OA formation from IEPOX is weak for AS particles. No OA formation, after particle drying, was observed on seed particles where Na+ was substituted for NH4+. The Henry's Law partitioning of IEPOX was measured on NaCl particles (ionic strength ~9 M) to be 3 × 107 M atm−1 (−50 / +100%). A small quantity of OA was produced when NH4+ was present in the particles, but the chloride (Cl-) anion was substituted for sulfate (SO42-), possibly suggesting differences in nucleophilic strength of the anions. Online time-of-flight aerosol mass spectrometry and offline filter analysis provide evidence of oxygenated hydrocarbons, organosulfates, and amines in the particle organic composition. The results are consistent with weak correlations between IEPOX-derived OA and particle acidity or liquid water observed in field studies, as the chemical system is nucleophile-limited and not limited in water or catalyst activity." @default.
• W2136169675 created "2016-06-24" @default.
• W2136169675 creator A5001370428 @default.
• W2136169675 creator A5004899134 @default.
• W2136169675 creator A5009204891 @default.
• W2136169675 creator A5012711441 @default.
• W2136169675 creator A5013650124 @default.
• W2136169675 creator A5026562888 @default.
• W2136169675 creator A5035496453 @default.
• W2136169675 creator A5063041820 @default.
• W2136169675 creator A5065822911 @default.
• W2136169675 creator A5076259469 @default.
• W2136169675 date "2014-04-08" @default.
• W2136169675 modified "2023-10-11" @default.
• W2136169675 title "Organic aerosol formation from the reactive uptake of isoprene epoxydiols (IEPOX) onto non-acidified inorganic seeds" @default.
• W2136169675 cites W1964141638 @default.
• W2136169675 cites W1966779205 @default.
• W2136169675 cites W1976380795 @default.
• W2136169675 cites W1977800868 @default.
• W2136169675 cites W1980729301 @default.
• W2136169675 cites W1984484393 @default.
• W2136169675 cites W1984782330 @default.
• W2136169675 cites W1985407072 @default.
• W2136169675 cites W1987244498 @default.
• W2136169675 cites W1988963778 @default.
• W2136169675 cites W1996244042 @default.
• W2136169675 cites W1996794223 @default.
• W2136169675 cites W1998232015 @default.
• W2136169675 cites W2006223979 @default.
• W2136169675 cites W2010538556 @default.
• W2136169675 cites W2014911411 @default.
• W2136169675 cites W2020850022 @default.
• W2136169675 cites W2023978713 @default.
• W2136169675 cites W2034838692 @default.
• W2136169675 cites W2039720350 @default.
• W2136169675 cites W2043933527 @default.
• W2136169675 cites W2044711768 @default.
• W2136169675 cites W2044901546 @default.
• W2136169675 cites W2048640559 @default.
• W2136169675 cites W2057898361 @default.
• W2136169675 cites W2061627410 @default.
• W2136169675 cites W2062191625 @default.
• W2136169675 cites W2063725653 @default.
• W2136169675 cites W2065413464 @default.
• W2136169675 cites W2066887109 @default.
• W2136169675 cites W2068968932 @default.
• W2136169675 cites W2076123966 @default.
• W2136169675 cites W2079293731 @default.
• W2136169675 cites W2081575297 @default.
• W2136169675 cites W2087873429 @default.
• W2136169675 cites W2088509007 @default.
• W2136169675 cites W2090646981 @default.
• W2136169675 cites W2097806302 @default.
• W2136169675 cites W2105077294 @default.
• W2136169675 cites W2107370482 @default.
• W2136169675 cites W2110320682 @default.
• W2136169675 cites W2112076060 @default.
• W2136169675 cites W2125740784 @default.
• W2136169675 cites W2128215438 @default.
• W2136169675 cites W2131443632 @default.
• W2136169675 cites W2132186676 @default.
• W2136169675 cites W2147434684 @default.
• W2136169675 cites W2155534709 @default.
• W2136169675 cites W2158364374 @default.
• W2136169675 cites W2164264901 @default.
• W2136169675 cites W2164769394 @default.
• W2136169675 cites W2166133047 @default.
• W2136169675 cites W2289553371 @default.
• W2136169675 cites W2326664499 @default.
• W2136169675 cites W2951184423 @default.
• W2136169675 cites W2953330664 @default.
• W2136169675 cites W4205182410 @default.
• W2136169675 doi "https://doi.org/10.5194/acp-14-3497-2014" @default.
• W2136169675 hasPublicationYear "2014" @default.
• W2136169675 type Work @default.
• W2136169675 sameAs 2136169675 @default.
• W2136169675 citedByCount "185" @default.
• W2136169675 countsByYear W21361696752014 @default.
• W2136169675 countsByYear W21361696752015 @default.
• W2136169675 countsByYear W21361696752016 @default.
• W2136169675 countsByYear W21361696752017 @default.
• W2136169675 countsByYear W21361696752018 @default.
• W2136169675 countsByYear W21361696752019 @default.
• W2136169675 countsByYear W21361696752020 @default.
• W2136169675 countsByYear W21361696752021 @default.
• W2136169675 countsByYear W21361696752022 @default.
• W2136169675 countsByYear W21361696752023 @default.
• W2136169675 crossrefType "journal-article" @default.
• W2136169675 hasAuthorship W2136169675A5001370428 @default.
• W2136169675 hasAuthorship W2136169675A5004899134 @default.
• W2136169675 hasAuthorship W2136169675A5009204891 @default.
• W2136169675 hasAuthorship W2136169675A5012711441 @default.
• W2136169675 hasAuthorship W2136169675A5013650124 @default.
• W2136169675 hasAuthorship W2136169675A5026562888 @default.
• W2136169675 hasAuthorship W2136169675A5035496453 @default.
• W2136169675 hasAuthorship W2136169675A5063041820 @default.
• W2136169675 hasAuthorship W2136169675A5065822911 @default.
• W2136169675 hasAuthorship W2136169675A5076259469 @default.

• next