1) water level of the dam
大坝水位
2) dam horizontal displacement
大坝水平位移
1.
Accuracy analysis on the methods of alignment of observing dam horizontal displacement;
大坝水平位移视准线观测方法及精度分析
3) dam displacement
大坝位移
1.
A dam displacement autochecking system in which optical CT and CCD technologies are used is described.
介绍采用光学ＣＴ和ＣＣＤ技术的大坝位移自动检测系统，建立适合本课题特点的光学ＣＴ数学模型。
4) vertical and horizontal displacement of large dam
大坝垂直及水平位移
5) upstream water level
坝前水位
1.
The density currents in Xiaolangdi Reservoir,the topographical gradient,the upstream water level as well as the change of riverbed topography in the reservoir area were analyzed.
对小浪底水库异重流潜入位置、地形坡降、坝前水位及其库区河床地形的变化进行分析,结果表明:异重流的发生、运行及其消亡受制于地形的改变和进出库水沙量的影响;库区地形影响异重流的排沙效果,反过来异重流又塑造了库区地形。
6) reservoir dam
水库大坝
1.
Introduction on emergency preparedness plan of reservoir dam safety management;
水库大坝安全管理应急预案浅谈
2.
Quality control of consolidation project of Xiaohekou reservoir dam in Yicheng;
翼城小河口水库大坝加高培厚工程中的质量控制
3.
Influence of 5·12 earthquake on Fengjiashan reservoir dam;
浅析“5·12”地震对冯家山水库大坝的影响
补充资料：地下水水位观测(见水位观测)
地下水水位观测(见水位观测)
d ixiashui shuiwei guanee地下水水位观测见水位观测。
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