Book ChapterDOI
Wind Flow and Photochemical Smog in Thessaloniki: Model Results Compared with Observations
Nicolas Moussiopoulos,Athena G Proyou,P. Sahm +2 more
- pp 109-116
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In this paper, the EUMAC Zooming Model is applied to simulate wind flow and pollutant transport and transformation in the Greater Thessaloniki Area (GTA) in Greece.Abstract:
The EUMAC Zooming Model is applied to simulate wind flow and pollutant transport and transformation in the Greater Thessaloniki Area (GTA). The simulation results agree fairly well with observations during the Thessaloniki ‘81 Field Measurement Campaign. Both the calculation and the observation show that the ozone levels in the GTA are decisively affected by the sea breeze circulation and the nighttime inversion.read more
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Journal ArticleDOI
Simulations of the wind field in Athens with the nonhydrostatic mesoscale model MEMO
TL;DR: MEMO is a fully vectorized nonhydrostatic mesoscale model using terrain-following coordinates as discussed by the authors, and the numerical solution is based on second-order discretization applied on a staggered grid which is allowed to be non-equidistant in all directions.
Journal ArticleDOI
Modelling study of a chemically reactive power plant plume
TL;DR: In this paper, a chemically reactive plume model is presented, describing the homogeneous gas phase chemistry of an SO 2 -NO x containing power plant plume dispersing in a Gaussian fashion in ambient air containing reactive hydrocarbons.