FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2296945618> ?p ?o ?g. }

• W2296945618 abstract "Abstract. An advanced particle microphysics model with a number of computationally efficient schemes has been incorporated into a global chemistry transport model (GEOS-Chem) to simulate particle number size distributions and cloud condensation nuclei (CCN) concentrations in the atmosphere. Size-resolved microphysics for secondary particles (i.e., those formed from gaseous species) and sea salt has been treated in the present study. The growth of nucleated particles through the condensation of sulfuric acid vapor and equilibrium uptake of nitrate, ammonium, and secondary organic aerosol is explicitly simulated, along with the scavenging of secondary particles by primary particles (dust, black carbon, organic carbon, and sea salt). We calculate secondary particle formation rate based on ion-mediated nucleation (IMN) mechanism and constrain the parameterizations of primary particle emissions with various observations. Our simulations indicate that secondary particles formed via IMN appear to be able to account for the particle number concentrations observed in many parts of troposphere. A comparison of the simulated annual mean concentrations of condensation nuclei larger than 10 nm (CN10) with those measured values show very good agreement (within a factor of two) in near all 22 sites around the globe that have at least one full year of CN10 measurements. Secondary particles appear to dominate the number abundance in most parts of the troposphere. Calculated CCN concentration at supersaturation of 0.4% (CCN0.4) and the fraction of CCN0.4 that is secondary (fCCNsec) have large spatial variations. Over the middle latitude in the Northern Hemisphere, zonally averaged CCN0.4 decreases from ~400–700 cm−3 in the boundary layer (BL) to below 100 cm−3 above altitude of ~4 km, the corresponding fCCNsec values change from 50–60% to above ~70%. In the Southern Hemisphere, the zonally averaged CCN0.4 is below 200 cm−3 and fCCNsec is generally above 60% except in the BL over the Southern Ocean." @default.
• W2296945618 created "2016-06-24" @default.
• W2296945618 creator A5084358051 @default.
• W2296945618 date "2009-04-30" @default.
• W2296945618 modified "2023-10-16" @default.
• W2296945618 title "Simulation of particle size distribution with a global aerosol model: contribution of nucleation to aerosol and CCN number concentrations" @default.
• W2296945618 cites W1835577090 @default.
• W2296945618 cites W1964441881 @default.
• W2296945618 cites W1976961187 @default.
• W2296945618 cites W1981719480 @default.
• W2296945618 cites W1984797222 @default.
• W2296945618 cites W1988795756 @default.
• W2296945618 cites W1989260389 @default.
• W2296945618 cites W1999522137 @default.
• W2296945618 cites W2003836700 @default.
• W2296945618 cites W2004485128 @default.
• W2296945618 cites W2007606522 @default.
• W2296945618 cites W2008408490 @default.
• W2296945618 cites W2018002670 @default.
• W2296945618 cites W2025151763 @default.
• W2296945618 cites W2035161396 @default.
• W2296945618 cites W2045338478 @default.
• W2296945618 cites W2051520145 @default.
• W2296945618 cites W2054226608 @default.
• W2296945618 cites W2055902907 @default.
• W2296945618 cites W2057641318 @default.
• W2296945618 cites W2058396245 @default.
• W2296945618 cites W2063448140 @default.
• W2296945618 cites W2064256356 @default.
• W2296945618 cites W2064943738 @default.
• W2296945618 cites W2077561616 @default.
• W2296945618 cites W2078592413 @default.
• W2296945618 cites W2079600028 @default.
• W2296945618 cites W2080219468 @default.
• W2296945618 cites W2080824835 @default.
• W2296945618 cites W2082434767 @default.
• W2296945618 cites W2085664847 @default.
• W2296945618 cites W2088437624 @default.
• W2296945618 cites W2089084307 @default.
• W2296945618 cites W2093123396 @default.
• W2296945618 cites W2096369389 @default.
• W2296945618 cites W2097372672 @default.
• W2296945618 cites W2099272050 @default.
• W2296945618 cites W2102948292 @default.
• W2296945618 cites W2103643969 @default.
• W2296945618 cites W2104350102 @default.
• W2296945618 cites W2108136067 @default.
• W2296945618 cites W2111807168 @default.
• W2296945618 cites W2114829375 @default.
• W2296945618 cites W2115360301 @default.
• W2296945618 cites W2118435012 @default.
• W2296945618 cites W2127497893 @default.
• W2296945618 cites W2130126794 @default.
• W2296945618 cites W2131398258 @default.
• W2296945618 cites W2131944762 @default.
• W2296945618 cites W2135999252 @default.
• W2296945618 cites W2136884131 @default.
• W2296945618 cites W2143993673 @default.
• W2296945618 cites W2144175567 @default.
• W2296945618 cites W2150404704 @default.
• W2296945618 cites W2150584113 @default.
• W2296945618 cites W2151879100 @default.
• W2296945618 cites W2155632348 @default.
• W2296945618 cites W2156434332 @default.
• W2296945618 cites W2156518733 @default.
• W2296945618 cites W2164231461 @default.
• W2296945618 cites W2168448672 @default.
• W2296945618 cites W2168776346 @default.
• W2296945618 cites W2169202248 @default.
• W2296945618 cites W2170783614 @default.
• W2296945618 cites W2173852084 @default.
• W2296945618 cites W4211242048 @default.
• W2296945618 cites W4231641183 @default.
• W2296945618 cites W4238529620 @default.
• W2296945618 cites W4242190780 @default.
• W2296945618 cites W616582723 @default.
• W2296945618 cites W81808495 @default.
• W2296945618 doi "https://doi.org/10.5194/acpd-9-10597-2009" @default.
• W2296945618 hasPublicationYear "2009" @default.
• W2296945618 type Work @default.
• W2296945618 sameAs 2296945618 @default.
• W2296945618 citedByCount "2" @default.
• W2296945618 crossrefType "posted-content" @default.
• W2296945618 hasAuthorship W2296945618A5084358051 @default.
• W2296945618 hasBestOaLocation W22969456181 @default.
• W2296945618 hasConcept C111368507 @default.
• W2296945618 hasConcept C121332964 @default.
• W2296945618 hasConcept C127313418 @default.
• W2296945618 hasConcept C153294291 @default.
• W2296945618 hasConcept C178790620 @default.
• W2296945618 hasConcept C185592680 @default.
• W2296945618 hasConcept C200093464 @default.
• W2296945618 hasConcept C200447597 @default.
• W2296945618 hasConcept C20556612 @default.
• W2296945618 hasConcept C2777148325 @default.
• W2296945618 hasConcept C2778517922 @default.
• W2296945618 hasConcept C2778804858 @default.
• W2296945618 hasConcept C2779345167 @default.
• W2296945618 hasConcept C2780925461 @default.
• W2296945618 hasConcept C33332676 @default.

• next