1) Dohe river
陡河
1.
This paper takes COD and NH3-N as the most important factor based on actual conditions of Dohe river.
根据陡河的实际情况,确定化学需氧量和NH3-N作为主要影响因子。
2) Douhe reservoir
陡河水库
1.
The impact of thermal discharge from an electric power plant on eutrophication of Douhe reservoir (DHR) is discussed in this paper.
研究电厂温排水对陡河水库富营养化的影响。
2.
This paper analyses why the embankment foundation influent takes place in the Douhe reservoir and discusses the principles and methods of application the techniques of isotopic tracer and natural tracer to label the seepage field.
从堤基渗流的角度分析陡河水库发生堤防渗漏的原因,阐述了应用人工同位素示踪和天然示踪技术探测陡河水库渗漏的原理和方法,综合分析了陡河水库左坝凤山区段的渗流场特征,证明了水库左坝凤山区段存在的广泛发育的溶蚀现象及由此形成的基岩渗漏通道是造成水库每年大量库水渗漏的直接原因。
3) Douhe power Plant
陡河电厂
4) steep rivers
陡坡河道
1.
In this paper, to solve the problem in discharge measurement in steep rivers that have great peak flow,more sediment and short flood duration,flow characteristics and applied conditions of the compound flow-measuring weir and influence factors of discharge coefficient have been studied by experiments.
针对山区陡坡河道洪峰流量大、历时短和泥沙含量高的特点,提出一种组合测流堰槽,并通过试验分析了该测流槽的水流特性、影响流量系数的因素和实用条件等,证实该测流槽能用于陡坡河道上测流,并给出了水位 流量关系的计算公式。
5) deep narrow valley
窄陡河谷
6) bank scarp
河岸陡坡
补充资料：陡趄
1.陡直而不稳。
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