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A new Lagrangian—Eulerian coupling model system is developed to study regional air quality. The system consists of mesoscale
dynamical meteorological model (MM), Monte—Carlo model (MCM), parameterized model on planetary boundary layer (PBL) turbulent
statistics, dry and wet removal model, and Eulerian nonlinear chemical model (ENCM). The physical, chemical and biological
processes on air pollutants are considered comprehensively. 3—D distribution laws tor acidic gaseous pollutants (SO2 and NOx) emitted by Thai Mae Moh Power Plant and the secondary pollutants are studied in detail. The results simulated by the coupling
model system are in good agreement with observational concentration data.
The authors wish to express their thanks to Prof. Zeng Q. C. for his support to this research and to Dr. Han Z. W. and Zhang
M. G. for their help in programming and numerical calculation of IAP, Chinese Academy of Sciences. Thanks are also due to
NSTD and EGAT in Thailand for supporting this research. 相似文献
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