FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3021399918> ?p ?o ?g. }

• W3021399918 endingPage "117569" @default.
• W3021399918 startingPage "117569" @default.
• W3021399918 abstract "Ambient heavy fine particulate matter (PM2.5) pollution events occur frequently during winter seasons in eastern China. Investigating the evolution of source contributions during heavy pollution episodes is critical for strategies of pollution relief. In this study, a two-month field campaign was conducted in the winters of 2015 and 2016 at a regional supersite in eastern China and over one thousand hourly online measurements for twenty PM2.5 species were obtained. Hourly source apportionment for the total mass of PM2.5, and its major species (primary organic carbon, elemental carbon, nitrate, sulfate and ammonium), were then performed by Positive Matrix Factorization (PMF) and Multilinear Engine-2 (ME2) models. Three PM2.5 heavy pollution episodes including ten high concentration peaks were identified for further analysis. Results showed that ME2 performed better than PMF by fixing source profiles of secondary nitrate, secondary sulfate and sea salt, although they have dominant consistencies. Two types of pollution sources were identified from high PM2.5 mass peaks: coal combustion-oriented responsible for four peaks and secondary inorganic aerosol-oriented responsible for the remaining six peaks. Low wind speed and planetary boundary layer favorited the coal combustion-oriented peaks, but also weakened the secondary inorganic formation due to low temperature and accumulated nitric oxide. Primary emissions from coal combustion can contribute 18% to ammonium in addition to 72% from secondary inorganic aerosol. Secondary organic aerosol would contribute 20% of PM2.5 mass during the heaviest episodes. Findings in this study provide insights into the causes of heavy pollution episodes and support implementing effective control strategies to mitigate heavy pollution events in eastern China." @default.
• W3021399918 created "2020-05-13" @default.
• W3021399918 creator A5001918874 @default.
• W3021399918 creator A5006352128 @default.
• W3021399918 creator A5008614366 @default.
• W3021399918 creator A5009307075 @default.
• W3021399918 creator A5028112024 @default.
• W3021399918 creator A5031874278 @default.
• W3021399918 creator A5033179914 @default.
• W3021399918 creator A5054598265 @default.
• W3021399918 creator A5062075112 @default.
• W3021399918 creator A5089130879 @default.
• W3021399918 date "2020-07-01" @default.
• W3021399918 modified "2023-10-18" @default.
• W3021399918 title "Evolution of source contributions during heavy fine particulate matter (PM2.5) pollution episodes in eastern China through online measurements" @default.
• W3021399918 cites W1002994356 @default.
• W3021399918 cites W1066227501 @default.
• W3021399918 cites W1845034210 @default.
• W3021399918 cites W1846286285 @default.
• W3021399918 cites W1947479241 @default.
• W3021399918 cites W1963980457 @default.
• W3021399918 cites W1964717410 @default.
• W3021399918 cites W1966352850 @default.
• W3021399918 cites W1969242909 @default.
• W3021399918 cites W1984720241 @default.
• W3021399918 cites W1985520609 @default.
• W3021399918 cites W1987674916 @default.
• W3021399918 cites W1988469779 @default.
• W3021399918 cites W1989897866 @default.
• W3021399918 cites W1989941171 @default.
• W3021399918 cites W1996674467 @default.
• W3021399918 cites W2015613029 @default.
• W3021399918 cites W2027769524 @default.
• W3021399918 cites W2027964528 @default.
• W3021399918 cites W2080612121 @default.
• W3021399918 cites W2090680793 @default.
• W3021399918 cites W2095478908 @default.
• W3021399918 cites W2096228125 @default.
• W3021399918 cites W2109254960 @default.
• W3021399918 cites W2109597753 @default.
• W3021399918 cites W2114826007 @default.
• W3021399918 cites W2130042267 @default.
• W3021399918 cites W2133204080 @default.
• W3021399918 cites W2147702610 @default.
• W3021399918 cites W2162236544 @default.
• W3021399918 cites W2169980474 @default.
• W3021399918 cites W2193270899 @default.
• W3021399918 cites W2201923433 @default.
• W3021399918 cites W2282214057 @default.
• W3021399918 cites W2338146787 @default.
• W3021399918 cites W2341034925 @default.
• W3021399918 cites W2398433293 @default.
• W3021399918 cites W2408589067 @default.
• W3021399918 cites W2465694677 @default.
• W3021399918 cites W2512050742 @default.
• W3021399918 cites W2513062306 @default.
• W3021399918 cites W2522812734 @default.
• W3021399918 cites W2541494984 @default.
• W3021399918 cites W2575688813 @default.
• W3021399918 cites W2581042542 @default.
• W3021399918 cites W2585424592 @default.
• W3021399918 cites W2674884973 @default.
• W3021399918 cites W2738407541 @default.
• W3021399918 cites W2764018595 @default.
• W3021399918 cites W2778845505 @default.
• W3021399918 cites W2801823910 @default.
• W3021399918 cites W2811238660 @default.
• W3021399918 cites W2895349133 @default.
• W3021399918 cites W2912435215 @default.
• W3021399918 cites W2987433480 @default.
• W3021399918 cites W2991547590 @default.
• W3021399918 doi "https://doi.org/10.1016/j.atmosenv.2020.117569" @default.
• W3021399918 hasPublicationYear "2020" @default.
• W3021399918 type Work @default.
• W3021399918 sameAs 3021399918 @default.
• W3021399918 citedByCount "17" @default.
• W3021399918 countsByYear W30213999182021 @default.
• W3021399918 countsByYear W30213999182022 @default.
• W3021399918 countsByYear W30213999182023 @default.
• W3021399918 crossrefType "journal-article" @default.
• W3021399918 hasAuthorship W3021399918A5001918874 @default.
• W3021399918 hasAuthorship W3021399918A5006352128 @default.
• W3021399918 hasAuthorship W3021399918A5008614366 @default.
• W3021399918 hasAuthorship W3021399918A5009307075 @default.
• W3021399918 hasAuthorship W3021399918A5028112024 @default.
• W3021399918 hasAuthorship W3021399918A5031874278 @default.
• W3021399918 hasAuthorship W3021399918A5033179914 @default.
• W3021399918 hasAuthorship W3021399918A5054598265 @default.
• W3021399918 hasAuthorship W3021399918A5062075112 @default.
• W3021399918 hasAuthorship W3021399918A5089130879 @default.
• W3021399918 hasConcept C107872376 @default.
• W3021399918 hasConcept C126857682 @default.
• W3021399918 hasConcept C127313418 @default.
• W3021399918 hasConcept C147789679 @default.
• W3021399918 hasConcept C158787203 @default.
• W3021399918 hasConcept C178790620 @default.
• W3021399918 hasConcept C185592680 @default.
• W3021399918 hasConcept C188471824 @default.

• next