Author(s)

D.E. Singh, M. Arenazf, F.F. Rivera, J.D. Bruguera, J. Tourino, R. Doalk, M.R. Mendez, J.A. Souto & J.J. Casares

Abstract

Some proposals about the vector and parallel implementations of STEM-II D.E. Singh*, M. Arenazf, F.F. Rivera^ J.D. Bruguera\ J. Tourino^, R. Doalk/, M.R. Mendez\ J.A. Souto^ & JJ. Casares^ ^Dept. of Electronics and Computer Science, University of Santiago de Compostela, Spain Dept. of Electronics and Systems, University of A Coruna, Spain ^Department of Chemical Engineering, University of Santiago de Compostela, Spain Abstract STEM-II is an Eulerian air quality model which includes different pollutant emissions, transport by advection, convection and turbulence, with dynamic meteorological conditions; chemical transformation by gas-phase and aqueous- phase, and pollutants removal by dry and wet deposition, complete the main air pollution processes. This model is being applied to simulate local and regional acid deposition (episodic and annual basis) from As Pontes Power Plant, considering both the local power plant environment and the EMEP 17,6 cell (150x150 knf). In this w

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