1) controlled hydro-junction project
控制性水利枢纽工程
1.
Starting from the task of controlled hydro-junction project, the influence of water taking in the project was analyzed from some aspects, such as hydrological regime, object of downstream water consumption, water temperature and quality, ecology environment and so on.
从控制性水利枢纽工程所承担的任务出发,分别从水文情势、下游用水对象、水温水质及生态环境等方面对工程的取水影响进行了分析。
2) water project
水利枢纽工程
1.
In order to estimate the impacts of water projects on ecological ca- pacity,the method by which resource output was regarded as the supply of ecological capacity was adopted based on analyzing the disadvantage of this model.
为评价水利枢纽工程对生态承载力的影响,在分析该模型缺点的基础上,采用了资源产出作为生态承载力供给的计算方法。
3) Shanxi Water Conservancy Project
珊溪水利枢纽工程
1.
Disasters Loss Reducing of Shanxi Water Conservancy Project;
珊溪水利枢纽工程防洪减灾效益实证研究
2.
Analysis on Shanxi Water Conservancy Project in Wenzhou Social and Economic Development
珊溪水利枢纽工程对温州社会经济发展的作用分析
3.
As the large water tank of Wenzhou people, the water quality of Shanxi Water Conservancy Project has taken on a downward trend, by the pollution of agriculture and dome.
温州珊溪水利枢纽工程作为温州人民的“大水缸”,近年来由于受水源地农业、生活等方面污染源的影响,珊溪水利枢纽水源水质呈下降趋势,如果不加以适当保护,极有可能不能满足地表水饮用水标准。
4) Dalong Water Control Project
大隆水利枢纽工程
1.
Automatic hydrological data telemetering and forecasting system for Dalong Water Control Project and its function;
大隆水利枢纽工程水情自动测报系统及其作用
5) Three Gorges Project
三峡水利枢纽工程
1.
Design and experimental verification of gantry crane girder for flood discharge section of Three Gorges project;
三峡水利枢纽工程泄洪坝段门机大梁设计与试验验证
2.
Personnel understanding of the stage acceptance of Three Gorges Project;
三峡水利枢纽工程阶段验收工作体会
3.
After a long summary on project quality control,a detailed quality management system for the third phase construction project of Three Gorges Project is determined.
在长江三峡水利枢纽工程建设中,广大建设者为确保工程质量经历了长期的探索,并最终在三期工程建设中形成了一套较为系统的质量管理模式。
6) Qiafuqihai Water Control Project
恰甫其海水利枢纽工程
1.
Engineering feature of aeolian deposit loess in Qiafuqihai Water Control Project;
恰甫其海水利枢纽工程风积黄土的工程特性
补充资料:黄壁庄水利枢纽
滹沱河中下游水利工程之一,因大坝位于河北省平山县黄壁庄村而得名。主要控制岗黄之间干流和支流冶河洪水,同时发展灌溉、发电,解决城市用水。始建于1958年,1965年续建。黄壁庄水库地处太行山东翼,平山、灵寿、获鹿县境内,水库建在滹沱河出山口处,控制流域面积2.34万平方公里,占全流域面积的95%。与上游岗南水库(见岗南水库)均为年调节水库。工程主坝高32.5米,长1840余米,顶宽7.5米,副坝长6900米,最大坝高19.2米。总库容12亿立方米。与岗南水库联合运用,可将上游千年一遇洪峰流量由2.74万立方米/秒削减为1.92万立方米/秒,水库下游有石津、灵正等灌渠,可灌农田近20万公顷。电站装机容量1.6万千瓦,年发电量4200余万度。
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