Matches in SemOpenAlex for { <https://semopenalex.org/work/W2757940897> ?p ?o ?g. }
- W2757940897 endingPage "539" @default.
- W2757940897 startingPage "533" @default.
- W2757940897 abstract "Sunlight-absorbing aerosols, e.g., black and brown carbon (BC and BrC), have a potentially large, but highly uncertain contribution to climate warming. The spectral dependence of the aerosol absorption in the visible and near-UV regime is almost universally well-described with a heuristic power law, where the exponent is termed the absorption Ångström exponent. However, the underlying physicochemical causes for this relation are unknown. Here, a model is presented that predicts the emergence of the power law spectral dependence and unifies the absorption behavior of BC and BrC. Building on the theory of light-absorption in amorphous materials, the interaction between multiple functional groups upon absorption is predicted to be a key feature for this broad spectral dependence. This aerosol amorphous absorption model is in agreement with recent empirical findings and provides a conceptual basis for the additional research needed to better constrain the optical properties of light-absorbing aerosols and their environmental impact." @default.
- W2757940897 created "2017-10-06" @default.
- W2757940897 creator A5044514984 @default.
- W2757940897 date "2017-09-29" @default.
- W2757940897 modified "2023-09-24" @default.
- W2757940897 title "A Model for the Spectral Dependence of Aerosol Sunlight Absorption" @default.
- W2757940897 cites W1530602813 @default.
- W2757940897 cites W1549518695 @default.
- W2757940897 cites W1560749659 @default.
- W2757940897 cites W1606386064 @default.
- W2757940897 cites W1859320757 @default.
- W2757940897 cites W1907369419 @default.
- W2757940897 cites W1968332600 @default.
- W2757940897 cites W1973733962 @default.
- W2757940897 cites W1974123376 @default.
- W2757940897 cites W1977244674 @default.
- W2757940897 cites W1983011979 @default.
- W2757940897 cites W1995167560 @default.
- W2757940897 cites W1995502538 @default.
- W2757940897 cites W1997735138 @default.
- W2757940897 cites W2004630332 @default.
- W2757940897 cites W2004996508 @default.
- W2757940897 cites W2005246793 @default.
- W2757940897 cites W2006117571 @default.
- W2757940897 cites W2016613982 @default.
- W2757940897 cites W2028999185 @default.
- W2757940897 cites W2038653220 @default.
- W2757940897 cites W2039020884 @default.
- W2757940897 cites W2040875144 @default.
- W2757940897 cites W2047926788 @default.
- W2757940897 cites W2049336593 @default.
- W2757940897 cites W2060069131 @default.
- W2757940897 cites W2066161240 @default.
- W2757940897 cites W2066828854 @default.
- W2757940897 cites W2072124176 @default.
- W2757940897 cites W2076254043 @default.
- W2757940897 cites W2084693817 @default.
- W2757940897 cites W2087198653 @default.
- W2757940897 cites W2091945094 @default.
- W2757940897 cites W2096146004 @default.
- W2757940897 cites W2096665312 @default.
- W2757940897 cites W2098068927 @default.
- W2757940897 cites W2103826029 @default.
- W2757940897 cites W2106161186 @default.
- W2757940897 cites W2106163623 @default.
- W2757940897 cites W2109419617 @default.
- W2757940897 cites W2112931328 @default.
- W2757940897 cites W2120349886 @default.
- W2757940897 cites W2131722586 @default.
- W2757940897 cites W2132436820 @default.
- W2757940897 cites W2133544629 @default.
- W2757940897 cites W2145442232 @default.
- W2757940897 cites W2149070465 @default.
- W2757940897 cites W2150369513 @default.
- W2757940897 cites W2154045313 @default.
- W2757940897 cites W2155181163 @default.
- W2757940897 cites W2168072842 @default.
- W2757940897 cites W2200959273 @default.
- W2757940897 cites W2220004450 @default.
- W2757940897 cites W2232715584 @default.
- W2757940897 cites W2256565999 @default.
- W2757940897 cites W2304302413 @default.
- W2757940897 cites W2316336024 @default.
- W2757940897 cites W2322146677 @default.
- W2757940897 cites W2326277038 @default.
- W2757940897 cites W2327098554 @default.
- W2757940897 cites W2328088551 @default.
- W2757940897 cites W2333813842 @default.
- W2757940897 cites W2335248124 @default.
- W2757940897 cites W2341772289 @default.
- W2757940897 cites W2402116132 @default.
- W2757940897 cites W2404916334 @default.
- W2757940897 cites W2494264444 @default.
- W2757940897 cites W2507777061 @default.
- W2757940897 cites W2532403770 @default.
- W2757940897 cites W2587842698 @default.
- W2757940897 cites W2594085852 @default.
- W2757940897 cites W2600902863 @default.
- W2757940897 cites W2618774863 @default.
- W2757940897 cites W2619092710 @default.
- W2757940897 cites W2620529866 @default.
- W2757940897 cites W2645284662 @default.
- W2757940897 doi "https://doi.org/10.1021/acsearthspacechem.7b00066" @default.
- W2757940897 hasPublicationYear "2017" @default.
- W2757940897 type Work @default.
- W2757940897 sameAs 2757940897 @default.
- W2757940897 citedByCount "8" @default.
- W2757940897 countsByYear W27579408972018 @default.
- W2757940897 countsByYear W27579408972019 @default.
- W2757940897 countsByYear W27579408972020 @default.
- W2757940897 countsByYear W27579408972021 @default.
- W2757940897 countsByYear W27579408972023 @default.
- W2757940897 crossrefType "journal-article" @default.
- W2757940897 hasAuthorship W2757940897A5044514984 @default.
- W2757940897 hasConcept C105795698 @default.
- W2757940897 hasConcept C119824511 @default.
- W2757940897 hasConcept C120665830 @default.
- W2757940897 hasConcept C121332964 @default.