| 石油化工区光化学烟雾模拟模式研究 |
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| 引用本文： | 唐孝炎,毕木天,李金龙,熊秋菊,陈旦华,李文,杨开烈,秦龙根,沈东,庞正炎.石油化工区光化学烟雾模拟模式研究[J].环境科学学报,1984,4(1):33-43. |
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| 作者姓名： | 唐孝炎 毕木天 李金龙 熊秋菊 陈旦华 李文 杨开烈 秦龙根 沈东 庞正炎 |
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| 作者单位： | 北京大学技术物理系环境化学教研室
(唐孝炎，毕木天，李金龙，熊秋菊，陈旦华，李文)，上海石油化工总厂环保所监测站
(杨开烈，秦龙根，沈东)，上海石油化工总厂环保所监测站(庞正炎) |
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| 摘 要： | 本工作以上海金山石油化工区为对象,探讨和建立了描述该地区光化学烟雾污染的大气质量模拟模式(简称SJMM),并与1980年10月29日实测数据进行了比较和分析。所用化学模式与国外烟雾箱数据及模式数据进行了对比。结果表明SJMM模式基本上能描述该地区的O_3、NO、NO_2的浓度分布和日变化情况。并利用模式预断了该地区出现光化学烟雾污染的可能性。
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| 收稿时间： | 1983/4/21 0:00:00 |
A SIMULATION MODEL OF PHOTOCHEMICAL SMOG POLLUTION IN A PETROCHEMICAL COMPLEX |
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| Tang Xiaoyan,Bi Mutian,Li Jinlong,Xiong Qiuju,Chen Danhu,Li Wen,Yang Kailie,Qin Longgen,Shen Dong and Pang Zhengyan.A SIMULATION MODEL OF PHOTOCHEMICAL SMOG POLLUTION IN A PETROCHEMICAL COMPLEX[J].Acta Scientiae Circumstantiae,1984,4(1):33-43. |
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| Authors: | Tang Xiaoyan Bi Mutian Li Jinlong Xiong Qiuju Chen Danhu Li Wen Yang Kailie Qin Longgen Shen Dong and Pang Zhengyan |
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| Institution: | Department of Techno-Physics, Peking University,Department of Techno-Physics, Peking University,Department of Techno-Physics, Peking University,Department of Techno-Physics, Peking University,Department of Techno-Physics, Peking University,Department of Techno-Physics, Peking University,Institute of Environmental Protection, Shanghai Petrochemical Complex,Institute of Environmental Protection, Shanghai Petrochemical Complex,Institute of Environmental Protection, Shanghai Petrochemical Complex and Institute of Environmental Protection, Shanghai Petrochemical Complex |
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| Abstract: | An air quality simulation model (SJMM) for describing the photochemical smog pollution in that area has been developed in the light of a simplified photochemical kinetics mechanism. This model has been established on the basis of source emissions, meteorological conditions and topographical factors of Jingshan area in Shanghai. The validity of the chemical kinetics mechanism used has been demonstrated through comparative studies with UCR smog chamber data and results of Whitten's experiments using propylene. Calculated data by SJMM model are compared with the observed ones on Oct. 29, 1980. Finally, application of this model for predicting formation of photochemical smog in this area is discussed. |
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