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九江电厂对庐山自然保护区的污染预测——复杂地形扩散模式CTDM应用研究
引用本文:徐大海,潘在桃,刘祖崙,吴万友.九江电厂对庐山自然保护区的污染预测——复杂地形扩散模式CTDM应用研究[J].环境科学,1991(5):83-88.
作者姓名:徐大海  潘在桃  刘祖崙  吴万友
作者单位:气象科学研究院 (徐大海,潘在桃),江西省气象科学研究所 (刘祖崙),江西省气象科学研究所(吴万友)
摘    要:本文使用美国环保局(EPA)1987年颁布的复杂地形扩散模式CTDM分析了九江电厂第一、二期及待扩建的第三期工程所排放的SO_2对庐山自然保护区的可能影响.计算表明CTDM模式功能全、使用方便,输入参数的要求易于达到,输出的翻越及绕越山体烟流中的SO_2浓度分布清晰合理,值得推广应用.

关 键 词:复杂地形扩散模式  九江电厂  庐山自然保护区

Prediction of Pollution Effect of Jiujiang Power Station on Lushan Natural Reserve Area--A Study on the Application of Complex Terrain Diffusion Model (CTDM).
Xu Dahai,Pan Zaitao,Liu Zulan and Wu Wanyou.Prediction of Pollution Effect of Jiujiang Power Station on Lushan Natural Reserve Area--A Study on the Application of Complex Terrain Diffusion Model (CTDM).[J].Chinese Journal of Environmental Science,1991(5):83-88.
Authors:Xu Dahai  Pan Zaitao  Liu Zulan and Wu Wanyou
Institution:Academy of Meteorological Science, State Meteorological Administration;Academy of Meteorological Science, State Meteorological Administration;Institute of Meteorology, Jiangxi Meteorological Bureau;Institute of Meteorology, Jiangxi Meteorological Bureau
Abstract:By using the complex terrain diffusion model enacted by EPA of the United States in November 1987, the possible pollution effect of sulfur dioxide form the first, second phases and the third phase, which is under construction, of Jiujiang Power Station on Lushan Natural Reserve Area is estimated. The computation shows that CTDM is versatile and convenient to apply. The distribution of SO2 concentration resulting from airflow both passing over and turning around the mountain body is well difined and reasonable.
Keywords:diffusion model  SO2 pollution    
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