Matches in SemOpenAlex for { <https://semopenalex.org/work/W2012003042> ?p ?o ?g. }
- W2012003042 endingPage "2259" @default.
- W2012003042 startingPage "2248" @default.
- W2012003042 abstract "We describe the development and evaluation of a computationally efficient new multicomponent aerosol dynamics model that simulates the full aerosol size distribution and composition starting at a diameter of 0.8 nm. The model uses a recently developed ternary (sulfuric acid–ammonia–water) nucleation parameterization and a two-moment sectional algorithm, simulating both the aerosol number and mass distributions. Three chemical components, sulfate, ammonium, and non-volatile organics are simulated. The model is evaluated first against analytical solutions of the coagulation and condensation equations and then against ambient measurements from the Pittsburgh Air Quality Study. The model is able to reproduce nucleation events from their start to completion. The simulations suggest that ammonia availability controls the nucleation bursts in the northeastern US. The first stage of the nucleation event in that area is the nucleation burst with growth of neutral ultrafine particles. In a second stage, the gas phase ammonia concentration approaches zero, the nucleation burst stops and the ultrafine particles become acidic growing by condensation of sulfuric acid. The present model is thirty times faster than comparable high-resolution models of aerosol dynamics and nucleation." @default.
- W2012003042 created "2016-06-24" @default.
- W2012003042 creator A5060379703 @default.
- W2012003042 creator A5077992514 @default.
- W2012003042 creator A5084603540 @default.
- W2012003042 date "2006-04-01" @default.
- W2012003042 modified "2023-10-13" @default.
- W2012003042 title "Simulating the size distribution and chemical composition of ultrafine particles during nucleation events" @default.
- W2012003042 cites W1544276658 @default.
- W2012003042 cites W1572708572 @default.
- W2012003042 cites W1873647050 @default.
- W2012003042 cites W1964441881 @default.
- W2012003042 cites W1968177626 @default.
- W2012003042 cites W1971022561 @default.
- W2012003042 cites W1971036115 @default.
- W2012003042 cites W1972272575 @default.
- W2012003042 cites W1973729801 @default.
- W2012003042 cites W1975046851 @default.
- W2012003042 cites W1975196041 @default.
- W2012003042 cites W1983484563 @default.
- W2012003042 cites W1985400593 @default.
- W2012003042 cites W1988689801 @default.
- W2012003042 cites W1996726792 @default.
- W2012003042 cites W2006612269 @default.
- W2012003042 cites W2009147552 @default.
- W2012003042 cites W2009359757 @default.
- W2012003042 cites W2013350969 @default.
- W2012003042 cites W2019192408 @default.
- W2012003042 cites W2020729558 @default.
- W2012003042 cites W2023921449 @default.
- W2012003042 cites W2031814529 @default.
- W2012003042 cites W2035161396 @default.
- W2012003042 cites W2039464913 @default.
- W2012003042 cites W2039755856 @default.
- W2012003042 cites W2040457185 @default.
- W2012003042 cites W2059583530 @default.
- W2012003042 cites W2061066064 @default.
- W2012003042 cites W2063474678 @default.
- W2012003042 cites W2064943738 @default.
- W2012003042 cites W2068096872 @default.
- W2012003042 cites W2068998601 @default.
- W2012003042 cites W2073473957 @default.
- W2012003042 cites W2073716103 @default.
- W2012003042 cites W2075836653 @default.
- W2012003042 cites W2090687131 @default.
- W2012003042 cites W2092788732 @default.
- W2012003042 cites W2096996607 @default.
- W2012003042 cites W2097338569 @default.
- W2012003042 cites W2099512106 @default.
- W2012003042 cites W2099906647 @default.
- W2012003042 cites W2101799330 @default.
- W2012003042 cites W2107992608 @default.
- W2012003042 cites W2108613548 @default.
- W2012003042 cites W2108883829 @default.
- W2012003042 cites W2117004231 @default.
- W2012003042 cites W2118032338 @default.
- W2012003042 cites W2131539049 @default.
- W2012003042 cites W2137481123 @default.
- W2012003042 cites W2145628391 @default.
- W2012003042 cites W2149188936 @default.
- W2012003042 cites W2151956104 @default.
- W2012003042 cites W2153423813 @default.
- W2012003042 cites W2165680013 @default.
- W2012003042 cites W2175392765 @default.
- W2012003042 cites W2178248904 @default.
- W2012003042 cites W3022998099 @default.
- W2012003042 cites W2505684431 @default.
- W2012003042 doi "https://doi.org/10.1016/j.atmosenv.2005.09.082" @default.
- W2012003042 hasPublicationYear "2006" @default.
- W2012003042 type Work @default.
- W2012003042 sameAs 2012003042 @default.
- W2012003042 citedByCount "73" @default.
- W2012003042 countsByYear W20120030422012 @default.
- W2012003042 countsByYear W20120030422013 @default.
- W2012003042 countsByYear W20120030422014 @default.
- W2012003042 countsByYear W20120030422015 @default.
- W2012003042 countsByYear W20120030422016 @default.
- W2012003042 countsByYear W20120030422017 @default.
- W2012003042 countsByYear W20120030422018 @default.
- W2012003042 countsByYear W20120030422021 @default.
- W2012003042 countsByYear W20120030422022 @default.
- W2012003042 countsByYear W20120030422023 @default.
- W2012003042 crossrefType "journal-article" @default.
- W2012003042 hasAuthorship W2012003042A5060379703 @default.
- W2012003042 hasAuthorship W2012003042A5077992514 @default.
- W2012003042 hasAuthorship W2012003042A5084603540 @default.
- W2012003042 hasConcept C121332964 @default.
- W2012003042 hasConcept C127413603 @default.
- W2012003042 hasConcept C178790620 @default.
- W2012003042 hasConcept C179104552 @default.
- W2012003042 hasConcept C185592680 @default.
- W2012003042 hasConcept C192562407 @default.
- W2012003042 hasConcept C199289684 @default.
- W2012003042 hasConcept C200093464 @default.
- W2012003042 hasConcept C2776382133 @default.
- W2012003042 hasConcept C2778199549 @default.
- W2012003042 hasConcept C2778343803 @default.
- W2012003042 hasConcept C2779345167 @default.