Abstract
Numerical modeling techniques are applied to study the atmospheric dispersion of passive pollutant over complex terrain. A code uses the winds provided by a diagnostic wind model utilizing terrain following coordinates, to advect and diffuse the effluent. The numerical simulations refer to the tracer release (SF{sub 6}) experiments carried out in the lake Brasimone area (Appennine mountains between Bologna and Florence) during June 1985.
Citation Formats
Busuoli, M, and Zanini, G.
Wind field modelling: Mass consistent model and simulation of atmospheric dispersion of passive pollutants over complex terrain and heterogeneous surfaces; Ricostruzione del campo di vento mediante modello `mass consistent` e simulazione della dispersione di inquinanti passivi sul terreno complesso e superficie disomogenea.
Italy: N. p.,
1993.
Web.
Busuoli, M, & Zanini, G.
Wind field modelling: Mass consistent model and simulation of atmospheric dispersion of passive pollutants over complex terrain and heterogeneous surfaces; Ricostruzione del campo di vento mediante modello `mass consistent` e simulazione della dispersione di inquinanti passivi sul terreno complesso e superficie disomogenea.
Italy.
Busuoli, M, and Zanini, G.
1993.
"Wind field modelling: Mass consistent model and simulation of atmospheric dispersion of passive pollutants over complex terrain and heterogeneous surfaces; Ricostruzione del campo di vento mediante modello `mass consistent` e simulazione della dispersione di inquinanti passivi sul terreno complesso e superficie disomogenea."
Italy.
@misc{etde_10115091,
title = {Wind field modelling: Mass consistent model and simulation of atmospheric dispersion of passive pollutants over complex terrain and heterogeneous surfaces; Ricostruzione del campo di vento mediante modello `mass consistent` e simulazione della dispersione di inquinanti passivi sul terreno complesso e superficie disomogenea}
author = {Busuoli, M, and Zanini, G}
abstractNote = {Numerical modeling techniques are applied to study the atmospheric dispersion of passive pollutant over complex terrain. A code uses the winds provided by a diagnostic wind model utilizing terrain following coordinates, to advect and diffuse the effluent. The numerical simulations refer to the tracer release (SF{sub 6}) experiments carried out in the lake Brasimone area (Appennine mountains between Bologna and Florence) during June 1985.}
place = {Italy}
year = {1993}
month = {Apr}
}
title = {Wind field modelling: Mass consistent model and simulation of atmospheric dispersion of passive pollutants over complex terrain and heterogeneous surfaces; Ricostruzione del campo di vento mediante modello `mass consistent` e simulazione della dispersione di inquinanti passivi sul terreno complesso e superficie disomogenea}
author = {Busuoli, M, and Zanini, G}
abstractNote = {Numerical modeling techniques are applied to study the atmospheric dispersion of passive pollutant over complex terrain. A code uses the winds provided by a diagnostic wind model utilizing terrain following coordinates, to advect and diffuse the effluent. The numerical simulations refer to the tracer release (SF{sub 6}) experiments carried out in the lake Brasimone area (Appennine mountains between Bologna and Florence) during June 1985.}
place = {Italy}
year = {1993}
month = {Apr}
}