分析结果显示：掘苴河水体中COD入海后平均浓度增量与海域本底值叠加后仍能满足海水水质要求
对小潮条件下如东县掘苴河水中COD入海后的迁移情况进行模拟预测
COD最大浓度增量与本底值叠加后在面积约0
38 km2的海域范围内COD略有超标
但总体上对掘苴闸近岸海域水环境不会产生较大影响
） Abstract： the two dimensional water quality model is easy to handle and also has higher precision in calculation
Better result can be obtained when the model is used to forecasting the transportation of contaminants in water
A horizontal two dimensional mathematical water quality model was established in order to predict the transportation of COD after which enters into sea in the case of neap
The result shows that: after the COD from Jueju river entering into the sea, the COD average concentration increment can satisfy the demand of the seawater’s water quality when superposed the sea itself; COD will exceed standard slightly within the range of the sea area of about 0
38 square meters when the COD highest concentration increment superposes the sea itself, but as a whole, it can not have a great impact on water environment along the Jueju milldam sea area
Keywords： sea area;water environment;numerical simulation 下载PDF阅读器 PDF全文下载： 初稿 （ 136 ） 作者简介： 通信联系人： 【收录情况】 中国科技论文在线： 张珺
海域污染物迁移的二维数值模拟[EB/OL]
