Matches in SemOpenAlex for { <https://semopenalex.org/work/W2169249461> ?p ?o ?g. }
- W2169249461 endingPage "8808" @default.
- W2169249461 startingPage "8791" @default.
- W2169249461 abstract "Abstract. We present size-segregated measurements of cloud condensation nucleus (CCN) activity of aged aerosol sampled at Finokalia, Crete, during the Finokalia Aerosol Measurement Experiment of summer 2007 (FAME07). From analysis of the data, hygroscopicity and activation kinetics distributions are derived. The CCN are found to be highly hygroscopic, (expressed by a size- and time- averaged hygroscopicity parameter κ ∼ 0.22), with the majority of particles activating at ~0.5–0.6 % supersaturation. Air masses originating from Central-Eastern Europe tend to be associated with higher CCN concentrations and slightly lower hygroscopicity (κ ∼ 0.18) than for other airmass types. The particles were always well mixed, as reflected by the high activation ratios and narrow hygroscopicity distribution widths. Smaller particles (~40 nm) were found to be more hygroscopic (~0.1κ units higher) than the larger ones (~100 nm). The particles with diameters less than 80 nm exhibited a diurnal hygroscopicity cycle (with κ peaking at ~14 h local time), consistent with photochemical aging and volatilization of less hygroscopic material from the aerosol. Use of bulk chemical composition and the aerosol number distribution results in excellent CCN closure when applying Köhler theory in its simplest form. Using asymptotic and threshold droplet growth analysis, the aged organics present in the aerosol were found not to suppress or delay the water uptake kinetics of particles in this environment." @default.
- W2169249461 created "2016-06-24" @default.
- W2169249461 creator A5001150915 @default.
- W2169249461 creator A5009229474 @default.
- W2169249461 creator A5016693079 @default.
- W2169249461 creator A5047770889 @default.
- W2169249461 creator A5084603540 @default.
- W2169249461 creator A5086784071 @default.
- W2169249461 date "2011-08-30" @default.
- W2169249461 modified "2023-10-11" @default.
- W2169249461 title "Size-resolved CCN distributions and activation kinetics of aged continental and marine aerosol" @default.
- W2169249461 cites W1530592171 @default.
- W2169249461 cites W1561878391 @default.
- W2169249461 cites W1974863411 @default.
- W2169249461 cites W1982895713 @default.
- W2169249461 cites W1994253659 @default.
- W2169249461 cites W1997526489 @default.
- W2169249461 cites W2001849662 @default.
- W2169249461 cites W2002299817 @default.
- W2169249461 cites W2009244419 @default.
- W2169249461 cites W2012622483 @default.
- W2169249461 cites W2016162231 @default.
- W2169249461 cites W2017714731 @default.
- W2169249461 cites W2021653424 @default.
- W2169249461 cites W2028228464 @default.
- W2169249461 cites W2029468351 @default.
- W2169249461 cites W2037956688 @default.
- W2169249461 cites W2039919849 @default.
- W2169249461 cites W2040590436 @default.
- W2169249461 cites W2040984661 @default.
- W2169249461 cites W2047408477 @default.
- W2169249461 cites W2049808501 @default.
- W2169249461 cites W2053261594 @default.
- W2169249461 cites W2064054659 @default.
- W2169249461 cites W2065962186 @default.
- W2169249461 cites W2069288092 @default.
- W2169249461 cites W2069984356 @default.
- W2169249461 cites W2073115945 @default.
- W2169249461 cites W2074953007 @default.
- W2169249461 cites W2075858055 @default.
- W2169249461 cites W2077173640 @default.
- W2169249461 cites W2077639313 @default.
- W2169249461 cites W2088882379 @default.
- W2169249461 cites W2095070549 @default.
- W2169249461 cites W2096476219 @default.
- W2169249461 cites W2097341872 @default.
- W2169249461 cites W2099636727 @default.
- W2169249461 cites W2105149018 @default.
- W2169249461 cites W2105463749 @default.
- W2169249461 cites W2106082042 @default.
- W2169249461 cites W2109797630 @default.
- W2169249461 cites W2112563400 @default.
- W2169249461 cites W2113673259 @default.
- W2169249461 cites W2113925232 @default.
- W2169249461 cites W2116040867 @default.
- W2169249461 cites W2116900371 @default.
- W2169249461 cites W2118248524 @default.
- W2169249461 cites W2120033713 @default.
- W2169249461 cites W2131143916 @default.
- W2169249461 cites W2139364552 @default.
- W2169249461 cites W2139729198 @default.
- W2169249461 cites W2141667565 @default.
- W2169249461 cites W2142199451 @default.
- W2169249461 cites W2143134463 @default.
- W2169249461 cites W2146382993 @default.
- W2169249461 cites W2150232388 @default.
- W2169249461 cites W2151449194 @default.
- W2169249461 cites W2152941447 @default.
- W2169249461 cites W2152981993 @default.
- W2169249461 cites W2153916821 @default.
- W2169249461 cites W2155080239 @default.
- W2169249461 cites W2160862653 @default.
- W2169249461 cites W2160915871 @default.
- W2169249461 cites W2165888500 @default.
- W2169249461 cites W2166133047 @default.
- W2169249461 cites W2167088427 @default.
- W2169249461 cites W2171368857 @default.
- W2169249461 cites W4229657453 @default.
- W2169249461 cites W4234548773 @default.
- W2169249461 cites W4238691261 @default.
- W2169249461 cites W4245549879 @default.
- W2169249461 doi "https://doi.org/10.5194/acp-11-8791-2011" @default.
- W2169249461 hasPublicationYear "2011" @default.
- W2169249461 type Work @default.
- W2169249461 sameAs 2169249461 @default.
- W2169249461 citedByCount "80" @default.
- W2169249461 countsByYear W21692494612012 @default.
- W2169249461 countsByYear W21692494612013 @default.
- W2169249461 countsByYear W21692494612014 @default.
- W2169249461 countsByYear W21692494612015 @default.
- W2169249461 countsByYear W21692494612016 @default.
- W2169249461 countsByYear W21692494612017 @default.
- W2169249461 countsByYear W21692494612018 @default.
- W2169249461 countsByYear W21692494612019 @default.
- W2169249461 countsByYear W21692494612020 @default.
- W2169249461 countsByYear W21692494612021 @default.
- W2169249461 countsByYear W21692494612022 @default.
- W2169249461 countsByYear W21692494612023 @default.