Matches in SemOpenAlex for { <https://semopenalex.org/work/W4293077079> ?p ?o ?g. }
- W4293077079 endingPage "617" @default.
- W4293077079 startingPage "611" @default.
- W4293077079 abstract "Dilution ratios (DRs) and burning conditions obviously affect particle number size distributions (PNSD), chemical compositions, and mixing states. These impacts for domestic solid fuel burning were investigated. For honeycomb briquettes, total particle number emission factors (EFPN) under DR150 for flaming and smoldering were (7.1 ± 0.8) × 1015 and (19.6 ± 5.9) × 1016 particles kg–1, respectively. Smoldering and flaming conditions promoted different emissions of organic species, mineral species, trace metals, and soot particles, impacting the following homogeneous nucleation or condensation and collision, which could explain their diversities in PNSD. The EFPN would be overestimated under DR150 and underestimated under DR100. Single particles were classified into carbonaceous particles, K–rich particles, Na–K particles, metal particles, and other particles. For coal burning, metal-containing particles dominated (9.5%–88.7%) the particles in the size range of 0.5–1.5 μm, with 3.7%–90.3% of them containing iron (Fe). Here, 93.1% of Fe particles were already internally mixed with sulfate, and high DR150 would promote their mixing. For crop residue and wood flaming, the mixed elemental and organic carbon (ECOC) particles dominated (87.1%–95.2%), with 74.7% and 45.1% of them containing levoglucosan. The PNSDs and mixing states of chemical species are helpful to update the initial settings of corresponding modeling studies." @default.
- W4293077079 created "2022-08-26" @default.
- W4293077079 creator A5012299539 @default.
- W4293077079 creator A5016662463 @default.
- W4293077079 creator A5021466526 @default.
- W4293077079 creator A5029319012 @default.
- W4293077079 creator A5040686568 @default.
- W4293077079 creator A5041245539 @default.
- W4293077079 creator A5049278592 @default.
- W4293077079 creator A5051866034 @default.
- W4293077079 creator A5070379325 @default.
- W4293077079 date "2022-06-08" @default.
- W4293077079 modified "2023-10-14" @default.
- W4293077079 title "Impact of Dilution Ratio and Burning Conditions on the Number Size Distribution and Size-Dependent Mixing State of Primary Particles from Domestic Solid Fuel Burning" @default.
- W4293077079 cites W1794756351 @default.
- W4293077079 cites W1968176949 @default.
- W4293077079 cites W1968862760 @default.
- W4293077079 cites W1988118293 @default.
- W4293077079 cites W1997214307 @default.
- W4293077079 cites W1998351974 @default.
- W4293077079 cites W2010100185 @default.
- W4293077079 cites W2015830163 @default.
- W4293077079 cites W2020532571 @default.
- W4293077079 cites W2039894141 @default.
- W4293077079 cites W2042977658 @default.
- W4293077079 cites W2057619950 @default.
- W4293077079 cites W2058387273 @default.
- W4293077079 cites W2059984985 @default.
- W4293077079 cites W2071738444 @default.
- W4293077079 cites W2072052662 @default.
- W4293077079 cites W2080021834 @default.
- W4293077079 cites W2081909838 @default.
- W4293077079 cites W2083447680 @default.
- W4293077079 cites W2090127491 @default.
- W4293077079 cites W2140407188 @default.
- W4293077079 cites W2158711208 @default.
- W4293077079 cites W2159236648 @default.
- W4293077079 cites W2160689339 @default.
- W4293077079 cites W2165831326 @default.
- W4293077079 cites W2170007674 @default.
- W4293077079 cites W2192126173 @default.
- W4293077079 cites W2330718757 @default.
- W4293077079 cites W2331092813 @default.
- W4293077079 cites W2333501360 @default.
- W4293077079 cites W2345674025 @default.
- W4293077079 cites W2476313978 @default.
- W4293077079 cites W2513025399 @default.
- W4293077079 cites W2591619922 @default.
- W4293077079 cites W2594470137 @default.
- W4293077079 cites W2612291739 @default.
- W4293077079 cites W2617033877 @default.
- W4293077079 cites W2733221416 @default.
- W4293077079 cites W2740900278 @default.
- W4293077079 cites W2742423152 @default.
- W4293077079 cites W2787696804 @default.
- W4293077079 cites W2797526014 @default.
- W4293077079 cites W2800982126 @default.
- W4293077079 cites W2801125850 @default.
- W4293077079 cites W2802286032 @default.
- W4293077079 cites W2884718754 @default.
- W4293077079 cites W2898727402 @default.
- W4293077079 cites W2900043632 @default.
- W4293077079 cites W2902353805 @default.
- W4293077079 cites W2902668171 @default.
- W4293077079 cites W2914037520 @default.
- W4293077079 cites W2915228969 @default.
- W4293077079 cites W2923077877 @default.
- W4293077079 cites W2952737948 @default.
- W4293077079 cites W2953058569 @default.
- W4293077079 cites W2956219825 @default.
- W4293077079 cites W2964841911 @default.
- W4293077079 cites W2972232171 @default.
- W4293077079 cites W2991594746 @default.
- W4293077079 cites W2994930823 @default.
- W4293077079 cites W2997672332 @default.
- W4293077079 cites W2999233144 @default.
- W4293077079 cites W3003553427 @default.
- W4293077079 cites W3004910382 @default.
- W4293077079 cites W3005238712 @default.
- W4293077079 cites W3017122993 @default.
- W4293077079 cites W3139317291 @default.
- W4293077079 cites W3143834506 @default.
- W4293077079 cites W3149974529 @default.
- W4293077079 cites W3154653252 @default.
- W4293077079 cites W3172565120 @default.
- W4293077079 cites W3216879514 @default.
- W4293077079 doi "https://doi.org/10.1021/acs.estlett.2c00319" @default.
- W4293077079 hasPublicationYear "2022" @default.
- W4293077079 type Work @default.
- W4293077079 citedByCount "2" @default.
- W4293077079 countsByYear W42930770792023 @default.
- W4293077079 crossrefType "journal-article" @default.
- W4293077079 hasAuthorship W4293077079A5012299539 @default.
- W4293077079 hasAuthorship W4293077079A5016662463 @default.
- W4293077079 hasAuthorship W4293077079A5021466526 @default.
- W4293077079 hasAuthorship W4293077079A5029319012 @default.
- W4293077079 hasAuthorship W4293077079A5040686568 @default.
- W4293077079 hasAuthorship W4293077079A5041245539 @default.