溪洛渡水电站的泄洪消能具有河谷狭窄、泄洪流量大、泄洪水头高的特点。
The flood discharge and energy dissipation of Xiluodu Hydroelectric Plant are characterized with narrow valley, big flood discharge capacity and high head.
金沙江溪洛渡水电站为一巨型水电站，库首区发育一逆冲推覆构造——马家河坝断层。
The Xiluodu Hydropower Station on the Jinsha River is a giant hydropower station, but a thrust nappe structure-Majiahe Dam fault-lies in the reservoir head region.
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.
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.
溪洛渡水电站是金沙江干流上拟建的一座仅次于三峡的大型水利枢纽，电站坝址区水文地质条件复杂。
Xiluodu hydropower station is a proposed large scale key water control project located on the mainstream of Jinshajiang river, second only to the Three Gorges project.
从溪洛渡水电站工程的重要性及混凝土耐久性方面考虑，工程应严格控制水泥的碱含量及混凝土中的总碱量。
Taking into consideration of importance of Xiluodu project and concrete durability, alkali content in cement and total alkali content in concrete must be limited strictly.
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、向家坝水电站是开发金沙江水能资源的重点工程。
The Xiluodu and Xiangjiaba hydroelectric stations are the key projects of developing the Jinsha River hydropower resources.
溪洛渡、向家坝水电站是开发金沙江水能资源的重点工程。
The Xiluodu and Xiangjiaba hydroelectric stations are the key projects of developing the Jinsha River hydropower resources.
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