1) Lingzhuanggang River
灵庄港河道
1.
Chemical components in sediment of Lingzhuanggang River and their environmental impact;
灵庄港河道底泥化学组成及其环境影响初探
2) Zhanghe Harbor
庄河港
3) Xingang river
新港河道
1.
With laboratory test,the oxygen demand curves of Xingang river in Shanghai were portrayed.
通过实验室试验测定,得出了上海市新港河道水体和底泥的耗氧特性曲戏,分析了水体和底泥耗氧的阶段历时、阶段耗氧特性及动力学过程。
2.
Take Xingang river for example, this paper studied the application of aeration technology on treatment of urban organic polluted little rivers by some ways of test in lab and in Xingang river and computer simulation.
本文结合上海市新港河道污染治理工程，通过实验室研究、河道曝气中试试验、计算机模拟试验等方法，分析曝气充氧技术在城市中小河道有机污染治理中的应用。
4) North Channel of the Yangtze River Estuary
长江口北港河道
1.
The North Channel of the Yangtze River Estuary is chosen as study object.
选择长江口北港河道上段作为研究区,利用上述模型,分两种情况进行水深反演:一是以河道全部历史样本建模;二是将河道按自然水深划分为浅水区和深水区分别建模。
5) harbor reach
通到港口的河道
6) dredge a channel [ harbour ]
疏浚河道[港口]
补充资料：河道洪水演进(见河道洪水演算法)
河道洪水演进(见河道洪水演算法)
neaao non郎hUi河道洪水演进yanJ县n 见河道洪水演算法。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条