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AERMOD: A Dispersion Model for Industrial Source Applications. Part II: Model Performance against 17 Field Study Databases

机译:AERMOD:工业源应用的色散模型。第二部分:针对17个实地研究数据库的模型绩效

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摘要

The performance of the American Meteorological Society (AMS) and U.S. Environmental Protection Agency (EPA) Regulatory Model (AERMOD) Improvement Committee's applied air dispersion model against 17 field study databases is described. AERMOD is a steady-state plume model with significant improvements over commonly applied regulatory models. The databases are characterized, and the performance measures are described. Emphasis is placed on statistics that demonstrate the model's abilities to reproduce the upper end of the concentration distribution. This is most important for applied regulatory modeling. The field measurements are characterized by flat and complex terrain, urban and rural conditions, and elevated and surface releases with and without building wake effects. As is indicated by comparisons of modeled and observed concentration distributions, with few exceptions AERMOD's performance is superior to that of the other applied models tested. This is the second of two articles, with the first describing the model formulations.
机译:描述了美国气象学会(AMS)和美国环境保护署(EPA)监管模型(AERMOD)改进委员会针对17个现场研究数据库应用的空气扩散模型的性能。 AERMOD是稳态羽状流模型,与常用的监管模型相比有显着改进。表征数据库,并描述性能指标。重点放在统计数据上,以证明该模型具有再现浓度分布上限的能力。这对于应用监管模型最重要。现场测量的特点是平坦而复杂的地形,城市和乡村条件,以及有或没有建筑物尾声影响的高架和地面释放。通过对模拟浓度分布和观察到的浓度分布进行比较可以看出,除少数例外,AERMOD的性能优于其他测试的应用模型。这是两篇文章中的第二篇,第一篇介绍了模型公式。

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