溪洛渡水电站

厚大冲洪积层上水下抛石基床综合施工技术溪洛渡水电站左岸泄洪洞开挖施工技术

Synthesis Construction Technique of Rubble-mound Foundation Under the Thick Favorable Opposition Diluvium Layer

人工骨料耐磨性及混凝土抗冲耐磨性能试验研究&以溪洛渡水电站为例

Experimental Study on Abrasion Resistance of Artificial Aggregate and Impact Resistance of Concrete

溪洛渡水电站左岸泄洪洞开挖施工技术有压泄洪隧洞出口渐变段设计与研究

Research and design for the transition section of the flood discharge tunnel with pressure

2013年投入使用的溪洛渡水电站是世界上第三大水电站。

Xiluodu which opened in July 2013 is the world 's third-largest hydropower station .

溪洛渡水电站是国家实施“西电东送”的骨干电源点，其规模仅次于三峡工程。

Xiloudu hydropower project is the main power source in the realization of " West Power to East " policy .

试验研究结果表明，溪洛渡水电站当地的玄武岩人工骨料为非活性骨料（部分玄武岩岩样含有一定量的慢膨胀的活性成分）。

The test results indicate that the local basalt crushed aggregate is non-active ( some basalt samples are partly active with curtain slow expansion ) .

用多种检测方法对溪洛渡水电站当地的玄武岩人工骨料的碱活性进行了大量的试验研究。

A large number of experiment studies are performed for basalt crushed aggregate alkali activity by different test methods at site of Xiluodu hydropower station .

针对溪洛渡水电站导流洞衬砌混凝土工程，采用三维有限元法分析了围岩变形模量变化对温度应力影响的敏感性。

In view of the lining concrete engineering of Xiluodu hydropower station , 3-dimensional finite element method is used to analyze thermal stress sensitivity of the surrounding rock deformation modulus .

溪洛渡水电站是以发电为主，兼有拦沙、防洪、漂木、航运等综合利用效益的巨型水电站；

Xiluodu Waterpower Project is a large multi-purpose project with main purpose of power generation , and other functions of the project are silt arresting , flood control , log passing and navigation .

本文基于渗流的基本定律出发，考虑到现场试验的可行性，以溪洛渡水电站工程为例，提出了一种确定缓倾结构面渗透性参数的现场试验法。

Based on the principal law of seepage flow , considering the possibility of field test , a new field test method is proposed in this paper for determining the permeability parameters of gently dipping structural face or discontinuity .

进一步的分析结果表明，由于溪洛渡水电站工程坝区在天然情况下岩体的屈服范围很小，坝区初始地应力场的非线性特征不明显，故线性回归分析方法即可满足要求。

The further analysis shows that , since the yield zone in the rock mass is small , and nonlinear character of the initial geostress field of dam site is faint ; the linear multivariate regression analysis results are acceptable .

世界上第二大水电站是坐落在巴西和巴拉圭交接的巴拉那河上的伊泰普水电站，溪洛渡水电站紧随其后成为世界第三大水电站。

The Three Gorges Dam also in China is the world 's largest power station in terms of power output . This is then followed by the Itaipu Dam on the Paran á River between Brazil and Paraguay . Xiluodu scores third place .

根据施工废水的污染特性，本文确定了溪洛渡水电站施工期生产废水具体的处理工艺：砂石骨料废水采取絮凝沉降与重力浓缩和过滤相结合的方法进行处理；

In reference of the polluting characteristics in construction period , the detailed workmanship of wastewater treatment had been determined , the treatment of wastewater from the aggregates of the batching plant would be carried out by means of combination of flocculating settling , gravity thickening and filtering ;

它把中国西部溪洛渡水电站生产的清洁能源输送到中国东部的浙江省。在夏季的高峰时期，通过这条线路传输的电能占浙江电力的17%，节省了超过3000万吨煤，并且减少了约8500吨二氧化碳的排放。

the 1680-kilometer-long ultra-high-voltage transmission line sees clean power carried from Xiluodu Hydropower Station in southwest China to east China 's Zhejiang Province During the peak summer season , it contributes up to 17 percent of Zhejiang 's power , saving more than 30 million tonnes of coal and helping reduce about 85 million tonnes of carbon dioxide emissions .

溪洛渡、向家坝水电站纯直流输电方案研究

A Study on Pure DC Transmission for Hydroelectric Power Station