Matches in SemOpenAlex for { <https://semopenalex.org/work/W2017820913> ?p ?o ?g. }
- W2017820913 endingPage "718" @default.
- W2017820913 startingPage "704" @default.
- W2017820913 abstract "Measurements of the hygroscopic response of aerosol and the particle-to-gas partitioning of semivolatile organic compounds are crucial for providing more accurate descriptions of the compositional and size distributions of atmospheric aerosol. Concurrent measurements of particle size and composition (inferred from refractive index) are reported here using optical tweezers to isolate and probe individual aerosol droplets over extended timeframes. The measurements are shown to allow accurate retrievals of component vapor pressures and hygroscopic response through examining correlated variations in size and composition for binary droplets containing water and a single organic component. Measurements are reported for a homologous series of dicarboxylic acids, maleic acid, citric acid, glycerol, or 1,2,6-hexanetriol. An assessment of the inherent uncertainties in such measurements when measuring only particle size is provided to confirm the value of such a correlational approach. We also show that the method of molar refraction provides an accurate characterization of the compositional dependence of the refractive index of the solutions. In this method, the density of the pure liquid solute is the largest uncertainty and must be either known or inferred from subsaturated measurements with an error of <±2.5% to discriminate between different thermodynamic treatments." @default.
- W2017820913 created "2016-06-24" @default.
- W2017820913 creator A5004002556 @default.
- W2017820913 creator A5004805369 @default.
- W2017820913 creator A5028856149 @default.
- W2017820913 creator A5037350448 @default.
- W2017820913 creator A5050826407 @default.
- W2017820913 creator A5061014133 @default.
- W2017820913 creator A5065933713 @default.
- W2017820913 date "2015-01-15" @default.
- W2017820913 modified "2023-10-18" @default.
- W2017820913 title "Organic Component Vapor Pressures and Hygroscopicities of Aqueous Aerosol Measured by Optical Tweezers" @default.
- W2017820913 cites W1536226251 @default.
- W2017820913 cites W1923359143 @default.
- W2017820913 cites W1964406071 @default.
- W2017820913 cites W1968862760 @default.
- W2017820913 cites W1975433663 @default.
- W2017820913 cites W1976883040 @default.
- W2017820913 cites W1979275139 @default.
- W2017820913 cites W1980026409 @default.
- W2017820913 cites W1986694277 @default.
- W2017820913 cites W1988233385 @default.
- W2017820913 cites W1988435663 @default.
- W2017820913 cites W1988953139 @default.
- W2017820913 cites W2006733406 @default.
- W2017820913 cites W2008994119 @default.
- W2017820913 cites W2009213223 @default.
- W2017820913 cites W2013698639 @default.
- W2017820913 cites W2013926315 @default.
- W2017820913 cites W2016911969 @default.
- W2017820913 cites W2017496924 @default.
- W2017820913 cites W2022401469 @default.
- W2017820913 cites W2024271742 @default.
- W2017820913 cites W2025765669 @default.
- W2017820913 cites W2035014333 @default.
- W2017820913 cites W2036747639 @default.
- W2017820913 cites W2042067428 @default.
- W2017820913 cites W2044204142 @default.
- W2017820913 cites W2044377143 @default.
- W2017820913 cites W2047200483 @default.
- W2017820913 cites W2052741274 @default.
- W2017820913 cites W2053997985 @default.
- W2017820913 cites W2054630418 @default.
- W2017820913 cites W2056251150 @default.
- W2017820913 cites W2063034875 @default.
- W2017820913 cites W2069882033 @default.
- W2017820913 cites W2071621624 @default.
- W2017820913 cites W2073340285 @default.
- W2017820913 cites W2079164237 @default.
- W2017820913 cites W2083527495 @default.
- W2017820913 cites W2087696707 @default.
- W2017820913 cites W2095832636 @default.
- W2017820913 cites W2098555543 @default.
- W2017820913 cites W2099845283 @default.
- W2017820913 cites W2102642392 @default.
- W2017820913 cites W2102717803 @default.
- W2017820913 cites W2106877489 @default.
- W2017820913 cites W2109347349 @default.
- W2017820913 cites W2116507044 @default.
- W2017820913 cites W2125740784 @default.
- W2017820913 cites W2127281457 @default.
- W2017820913 cites W2138858340 @default.
- W2017820913 cites W2140109585 @default.
- W2017820913 cites W2140289169 @default.
- W2017820913 cites W2141507669 @default.
- W2017820913 cites W2142390335 @default.
- W2017820913 cites W2144333992 @default.
- W2017820913 cites W2147672849 @default.
- W2017820913 cites W2149166648 @default.
- W2017820913 cites W2155407855 @default.
- W2017820913 cites W2159944702 @default.
- W2017820913 cites W2162769756 @default.
- W2017820913 cites W2163600763 @default.
- W2017820913 cites W2164264901 @default.
- W2017820913 cites W2166796466 @default.
- W2017820913 cites W2168101970 @default.
- W2017820913 cites W2171554997 @default.
- W2017820913 cites W2326090480 @default.
- W2017820913 cites W3047502137 @default.
- W2017820913 cites W369597072 @default.
- W2017820913 cites W76300175 @default.
- W2017820913 doi "https://doi.org/10.1021/jp510525r" @default.
- W2017820913 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/25522920" @default.
- W2017820913 hasPublicationYear "2015" @default.
- W2017820913 type Work @default.
- W2017820913 sameAs 2017820913 @default.
- W2017820913 citedByCount "50" @default.
- W2017820913 countsByYear W20178209132015 @default.
- W2017820913 countsByYear W20178209132016 @default.
- W2017820913 countsByYear W20178209132017 @default.
- W2017820913 countsByYear W20178209132018 @default.
- W2017820913 countsByYear W20178209132019 @default.
- W2017820913 countsByYear W20178209132020 @default.
- W2017820913 countsByYear W20178209132021 @default.
- W2017820913 countsByYear W20178209132022 @default.
- W2017820913 countsByYear W20178209132023 @default.
- W2017820913 crossrefType "journal-article" @default.
- W2017820913 hasAuthorship W2017820913A5004002556 @default.