水科学进展2017，Vol.28Issue(6)：888-897,10.DOI:10.14042/j.cnki.32.1309.2017.06.010
突发水污染事故中污染物输移主导水动力识别 ——以深圳湾为例
Main hydrodynamic factors identification for pollutant transport in sudden water pollution accident in Shenzhen Bay
摘要
Abstract
It showed a very complex hydrodynamic process in tidal rivers. For making reasonable fine emergency plan, the scope, time and extent of pollution damage influence of sudden water pollution incident had been analyzed by EFDC model under different hydrological conditions in Shenzhen Estuary. It had put forward a method for accurately analyzing the dominant hydrodynamic factors in sudden water pollution incident in estuary. On this basis, the dominant hydrodynamic factors of pollutant transport and diffusion had been identified out by the spectrum analysis method based on Fourier transform, and UNIANOVA was used to corroborate the result. It suggested that the tidal hy-drodynamic process was the main driving factors in Shenzhen River; but variation of pollutant concentration at each monitor cross-sections was closely associated with land runoff in sudden water pollution incident. It showed that runoff was the dominant hydrodynamic factor of pollutant transport for sudden water pollution incident in the tidal river.关键词
突发水污染事故/深圳湾/感潮河段/环境流体水动力模型/频谱分析Key words
water pollution accident/Shenzhen Bay/tidal river/environmental fluid dynamics code/spectrum analysis分类
建筑与水利引用本文复制引用
陶亚,雷坤,夏建新..突发水污染事故中污染物输移主导水动力识别 ——以深圳湾为例[J].水科学进展,2017,28(6):888-897,10.基金项目
国家自然科学基金资助项目( 51509231)The study is financially supported by the National Natural Science Foundation of China(No. 51509231). （ 51509231）
