aerosol activity and hygroscopicity combined with lidar data in the urban atmosphere of athens, greece in the frame of the hygra_cd campaign

aerosol activity and hygroscopicity combined with lidar data in the urban atmosphere of athens, greece in the frame of the hygra_cd campaign

;Bougiatioti Aikaterini;Papayannis Alexandros;Vratolis Stergios;Argyrouli Athina;Mihalopoulos Nikolaos;Tsagkaraki Maria;Nenes Athanasios;Eleftheriadis Konstantinos
utilitas mathematica 2016 Vol. 119 pp. 15008-
159
aikaterini2016epjaerosol

Abstract

Measurements of cloud condensation nuclei (CCN) concentrations between 0.2-1.0% supersaturation and aerosol size distribution were performed at an urban background site of Athens during HygrA-CD. The site is affected by local and long-range transported emissions as portrayed by the external mixing of the particles, as the larger ones appear to be more hygroscopic and more CCN-active than smaller ones. Activation fractions at all supersaturations exhibit a diurnal variability with minimum values around noon, which are considerably lower than unity. This reinforces the conclusion that the aerosol is mostly externally mixed between “fresher”, less hygroscopic components with more aged, CCN active constituents.

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