1)Xiangjiaba hydropower station向家坝水电站
1.Anti-sliding stability analysis for deep and shallow layers of gravity dam of Xiangjiaba hydropower station;向家坝水电站重力坝深浅层抗滑稳定分析
2.Construction of highpressure screw sprinkling diaphragm in cofferdam of Xiangjiaba Hydropower Station;向家坝水电站围堰高压旋喷防渗墙
3.Construction of Xiangjiaba Hydropower Station and sustainable development of hydropower of Jinsha River;向家坝水电站建设与金沙江水电可持续开发
英文短句/例句
1.Stability Analysis Against Deep Sliding of the Dam Foundation of Two Dam Section for Xiangjiaba Hydropower Station;向家坝水电站两个坝段坝基深层抗滑稳定分析
2.Installing Technique of A Style Tower Cable Crane for Xiangjiaba Hydropower Project向家坝水电站A型塔架式缆机安装技术
3.Sensitive Analysis of Temperature Control Mesures of the Concrete Dam for Xiangjiaba Hydropower Station;向家坝水电站大坝混凝土温控措施敏感性分析
4.Investigation on stability against deep level sliding of Xiangjiaba hydrostation gravity dam向家坝水电站重力坝深层抗滑稳定性研究
5.Dam Partition Temperature Control for Left Bank of Xiangjiaba Hydropower Station向家坝水电站左岸坝体分缝温度控制研究
6.Research on Tailrace System of Tunnel with Sloping Ceiling in Right Bank Underground Hydropower Station;金沙江向家坝水电站右岸地下电站变顶高尾水系统研究
7.Study on Simulation and Optimization for the Construction Diversion Process of Xiangjiaba Hydropower Station;向家坝水电站施工导流过程仿真与优化研究
8.Dynamic Visualization Construction Diversion of XiangJiaBa Hydroplant;向家坝水电站施工导流动态可视化研究
9.Resistance Monitoring in Construction of Caisson Foundation of Cofferdam of Xiangjiaba Hydropower Station向家坝水电站围堰基础沉井施工下沉阻力监测
10.Curtain Grouting Test at Underground Powerhouse at Right Bank of Xiangjiaba Dam向家坝水电站右岸地下厂房帷幕灌浆试验
11.Simulation Analysis on Navigation Indexes of Xiangjiaba Bridge by Ship Model Test向家坝水电站施工大桥船模通航指数模拟分析
12.Gas safety and prevention in excavation construction of Xiangjiaba Hydropower Station向家坝水电站开挖工程中的瓦斯安全预防
13.Simulation and Optimization on the Dam Construction Schemes of Xiangjiaba Hydropower Station;向家坝水电站大坝浇筑施工方案仿真分析与优化设计
14.Dynamic Three-Dimension Visual Simulation for Xiangjiaba Hydroplant Dam Concrete Construction;向家坝水电站大坝施工动态三维可视化仿真研究
15.The link from the Xiangjiaba hydropower plant to Shanghai is scheduled for completion in 2011.这条从向家坝水电站到上海的电力线预计在2011年完工。
16.Study on Construction Simulation and Optimization for the Underground Powerhouse System of Xiangjiaba Hydropower Station;向家坝水电站地下厂房系统施工仿真与优化研究
17.Study on curtain grouting scheme and technology for construction of underground powerhouse on right bank of Xiangjiaba Hydropower Station向家坝水电站右岸地下厂房施工帷幕灌浆方案与技术研究
18.Control blast technology for slope excavation works above EL. 300m on left bank of Xiangjiaba hydropower project向家坝水电站左岸300m高程以上边坡开挖工程施工控制爆破技术
相关短句/例句
Xiangjiaba Power Station向家坝电站
1.iefly on the Opportunity for Building New Suijiang Country with Characteristics from the Experience of the Construction of Xiangjiaba Power Station谈向家坝电站建设为绥江新型城镇化带来的契机
3)Xiangjiaba hydropower station in Jingsha River金沙江向家坝水电站
4)Miaojiaba hydropower station苗家坝水电站
5)Xiangjiaba Hydropower Project向家坝水电工程
6)water power dam水电站坝
延伸阅读
坝内水电站 在大坝内部留一孔洞，厂房放在孔洞内的水电站。坝内水电站的主要优点是：①遇到河谷狭窄、洪水流量大、地面厂房布置有困难时，可以解决好大坝泄洪和厂房布置的矛盾。②它同地下水电站相比，一般工程量较小。③这种具有大孔洞的混凝土坝对基础不均匀沉陷有较好的适应性。④由于大孔洞混凝土坝前后腿可分别浇筑，这样可以不设纵缝，且散热面宽，有利于混凝土降温。缺点是坝内水电站的结构较为复杂，施工时有厂坝干扰问题。但现已摸索出一些经验，对这些问题的解决已大有改进。其他还有坝内大孔洞尺寸与坝高的关系有一定的约束性，选择单机容量和考虑大坝后腿厚度、尾水管尺寸等均受限制。在运行条件上，坝内式厂房不如开敞式地面厂房，但也不比地下式厂房和封闭式地面厂房差。中国已建成一定数量的坝内水电站，如江西上犹江、湖南凤滩、广东枫树坝、海南岛牛路岭等水电站。其中凤滩坝内孔洞和装机容量最大，该坝高112.5米,坝内孔洞长255.8米，宽20.5米，高40.1米，装有4台10万千瓦机组。
