Search

Your search keyword '"Voudouri A."' showing total 25 results
Start Over Author "Voudouri A." Publication Type Books
25 results on '"Voudouri A."'

2. Regional Changes in the Dominant Aerosol Type Over Europe During the ACTRIS COVID-19 Campaign

Author

Voudouri, K. A., primary, Nicolae, D., additional, Mona, L., additional, D’Amico, G., additional, Papagiannopoulos, N., additional, Marinou, E., additional, Kampouri, A., additional, Vasilescu, J., additional, Talianu, C., additional, Stachlewska, I., additional, Fortuna, R., additional, Sicard, M., additional, Rodriguez, A., additional, Romano, S., additional, Perrone, M. R., additional, Floutsi, A., additional, Shang, X., additional, Siomos, N., additional, Gialitaki, A., additional, Tsekeri, A., additional, Balis, D., additional, and Amiridis, V., additional

Published
2023
Full Text
View/download PDF

24. Chapter 4.11: Validation of the integrated RAMS-Hg modelling system.

Author

Voudouri, Antigoni and Kallos, George

Abstract

RAMS-Hg and CMAQ-Hg are two state-of-the-science integrated modelling systems developed to study the complex chemical transformation, transport and deposition of atmospheric mercury. In the present study model results using RAMS-Hg are both compared with observations from the Hg deposition network (MDN) and wet deposition of Hg results using CMAQ-Hg. A preliminary validation of the RAMS-Hg model as well as quantitative estimation of the advantages of the proposed approach on coupling mercury processes to an atmospheric modelling system is presented. Model validation indicated that the comprehensive model simulated reasonably well the wet deposition measurements of Hg at the MDN sites. [ABSTRACT FROM AUTHOR]

Published
2007
Full Text
View/download PDF

25. New Developments on RAMS-Hg Model.

Author

Borrego, Carlos, Norman, Ann-Lise, Voudouri, Antigoni, and Kallos, George

Abstract

In this work recent developments in the Regional Atmospheric Modelling System (RAMS) version 4.3 (Cotton et al., 2003) coupled with modules describing the atmospheric mercury cycle are presented. The mechanisms that describe reemission of Hg0 from water and soil as well as the wet and dry deposition of mercury species have been implemented in RAMS. A detailed chemistry module has also been tested. The model performance has been examined for a representative summer week during which observations of the wet deposited mercury were available. Model calculations have been compared with observations made during the 14 to 26 August 1997 simulation period in NE USA. An inter-comparison was also performed with the previous version of the model (Voudouri et al., 2004) used over the same domain, and simulation period. [ABSTRACT FROM AUTHOR]

Published
2006
Full Text
View/download PDF

Catalog

Books, media, physical & digital resources
See catalog results