FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2264365626> ?p ?o ?g. }

• W2264365626 endingPage "208" @default.
• W2264365626 startingPage "196" @default.
• W2264365626 abstract "Aerosols contribute the largest uncertainty to the total radiative forcing estimate, and black carbon (BC) that absorbs solar radiation plays an important role in the Earth's energy budget. This study analysed the aerosol optical properties from 22 February to 18 March 2014 at the China Meteorological Administration Atmospheric Watch Network (CAWNET) station in the Pearl River Delta (PRD), China. The representative values of dry-state particle scattering coefficient (σsp), hemispheric backscattering coefficient (σhbsp), absorption coefficient (σabsp), extinction coefficient (σep), hemispheric backscattering fraction (HBF), single scattering albedo (SSA), as well as scattering Ångström exponent (α) were presented. A comparison between a polluted day and a clean day shows that the aerosol optical properties depend on particle number size distribution, weather conditions and evolution of the mixing layer. To investigate the mixing state of BC at the surface, an optical closure study of HBF between measurements and calculations based on a modified Mie model was employed for dry particles. The result shows that the mixing state of BC might be between the external mixture and the core-shell mixture. The average retrieved ratio of the externally mixed BC to the total BC mass concentration (rext-BC) was 0.58 ± 0.12, and the diurnal pattern of rext-BC can be found. Furthermore, considering that non-light-absorbing particles measured by a Volatility-Tandem Differential Mobility Analyser (V-TDMA) exist independently with core-shell and homogenously internally mixed BC particles, the calculated optical properties were just slightly different from those based on the assumption that BC exist in each particle. This would help understand the influence of the BC mixing state on aerosol optical properties and radiation budget in the PRD." @default.
• W2264365626 created "2016-06-24" @default.
• W2264365626 creator A5005228021 @default.
• W2264365626 creator A5006540007 @default.
• W2264365626 creator A5009889404 @default.
• W2264365626 creator A5025993083 @default.
• W2264365626 creator A5043078576 @default.
• W2264365626 creator A5063481044 @default.
• W2264365626 creator A5090318355 @default.
• W2264365626 date "2016-04-01" @default.
• W2264365626 modified "2023-10-18" @default.
• W2264365626 title "Aerosol optical properties and mixing state of black carbon in the Pearl River Delta, China" @default.
• W2264365626 cites W1560749659 @default.
• W2264365626 cites W1963499141 @default.
• W2264365626 cites W1964248051 @default.
• W2264365626 cites W1965505398 @default.
• W2264365626 cites W1966085628 @default.
• W2264365626 cites W1969102395 @default.
• W2264365626 cites W1970630256 @default.
• W2264365626 cites W1975196041 @default.
• W2264365626 cites W1977252578 @default.
• W2264365626 cites W1977994220 @default.
• W2264365626 cites W1981437093 @default.
• W2264365626 cites W1981719480 @default.
• W2264365626 cites W1983066849 @default.
• W2264365626 cites W1986929545 @default.
• W2264365626 cites W1998914891 @default.
• W2264365626 cites W2005114907 @default.
• W2264365626 cites W2006109454 @default.
• W2264365626 cites W2008125889 @default.
• W2264365626 cites W2010668724 @default.
• W2264365626 cites W2014794419 @default.
• W2264365626 cites W2021279663 @default.
• W2264365626 cites W2022465891 @default.
• W2264365626 cites W2022904453 @default.
• W2264365626 cites W2025194650 @default.
• W2264365626 cites W2043437215 @default.
• W2264365626 cites W2044580608 @default.
• W2264365626 cites W2044582584 @default.
• W2264365626 cites W2044669101 @default.
• W2264365626 cites W2045276693 @default.
• W2264365626 cites W2046779413 @default.
• W2264365626 cites W2055688014 @default.
• W2264365626 cites W2058400908 @default.
• W2264365626 cites W2059017025 @default.
• W2264365626 cites W2060773099 @default.
• W2264365626 cites W2064943738 @default.
• W2264365626 cites W2067324806 @default.
• W2264365626 cites W2068895470 @default.
• W2264365626 cites W2069977802 @default.
• W2264365626 cites W2071823046 @default.
• W2264365626 cites W2073553633 @default.
• W2264365626 cites W2079596572 @default.
• W2264365626 cites W2082341948 @default.
• W2264365626 cites W2083441060 @default.
• W2264365626 cites W2084717613 @default.
• W2264365626 cites W2088327810 @default.
• W2264365626 cites W2089030920 @default.
• W2264365626 cites W2096189480 @default.
• W2264365626 cites W2106549035 @default.
• W2264365626 cites W2112385570 @default.
• W2264365626 cites W2117854171 @default.
• W2264365626 cites W2121994682 @default.
• W2264365626 cites W2128874126 @default.
• W2264365626 cites W2153571463 @default.
• W2264365626 cites W2161298642 @default.
• W2264365626 cites W2162209254 @default.
• W2264365626 cites W2171561114 @default.
• W2264365626 cites W2172692435 @default.
• W2264365626 cites W3015626223 @default.
• W2264365626 cites W4230122963 @default.
• W2264365626 cites W4230593881 @default.
• W2264365626 cites W4234148399 @default.
• W2264365626 doi "https://doi.org/10.1016/j.atmosenv.2016.02.003" @default.
• W2264365626 hasPublicationYear "2016" @default.
• W2264365626 type Work @default.
• W2264365626 sameAs 2264365626 @default.
• W2264365626 citedByCount "37" @default.
• W2264365626 countsByYear W22643656262017 @default.
• W2264365626 countsByYear W22643656262018 @default.
• W2264365626 countsByYear W22643656262019 @default.
• W2264365626 countsByYear W22643656262020 @default.
• W2264365626 countsByYear W22643656262021 @default.
• W2264365626 countsByYear W22643656262022 @default.
• W2264365626 countsByYear W22643656262023 @default.
• W2264365626 crossrefType "journal-article" @default.
• W2264365626 hasAuthorship W2264365626A5005228021 @default.
• W2264365626 hasAuthorship W2264365626A5006540007 @default.
• W2264365626 hasAuthorship W2264365626A5009889404 @default.
• W2264365626 hasAuthorship W2264365626A5025993083 @default.
• W2264365626 hasAuthorship W2264365626A5043078576 @default.
• W2264365626 hasAuthorship W2264365626A5063481044 @default.
• W2264365626 hasAuthorship W2264365626A5090318355 @default.
• W2264365626 hasConcept C120665830 @default.
• W2264365626 hasConcept C121332964 @default.
• W2264365626 hasConcept C142362112 @default.
• W2264365626 hasConcept C153294291 @default.
• W2264365626 hasConcept C159985019 @default.

• next