1) channel flow
河床径流
2) flow and river topography analyse method
径流与河床形态分析法
3) river closure
河床截流
1.
However,in view of the service for the Employer and the optimum design during the period of construction details,it timely adjusted river diversion in stages,diversion time,anti-seepage pattern for cofferdam and river closure so as t.
在施工详图阶段本着为业主服务和优化设计的原则,适时调整了导流分期、导流时段、围堰防渗型式及河床截流时间等要素,使首台机组发电工期和总工期大大缩短,从一期围堰施工到发电仅用了28个月,该项指标创造了中国同类水电站建设的最快速度。
4) stream upflow
河床渗流
5) mobile riverbed
流动河床
1.
The building up of mechanical model to rationally determine the structure of the steel sheet plate cofferdam provides safe and reliable theoretical basis for steel sheet pile cofferdam construction in the mobile riverbed.
针对黄河河套地段汛期施工期间,河床流动砂层达5～9m,对包西铁路黄河特大桥主墩钢板桩内支撑受力体系的影响,通过建立力学模型,合理确定钢板桩围堰的结构形式,为在流动河床进行钢板桩围堰施工提供安全可靠的理论依据。
6) river runoff
河川径流
1.
Analysis on influence of the hydrologic lower bedding course upon the river runoff;
水文下垫面对河川径流的影响分析
2.
Detrended fluctuation analysis of river runoff evolvement;
河川径流演变的非趋势波动分析
3.
Non-linear feature analysis of river runoff based on higher-order statistic;
基于高阶统计量的河川径流时间序列非线性特征分析
补充资料：容量分析法(见化学分析法)
容量分析法(见化学分析法)
容t分析法见化学分析法
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