Xiaolangdi Dam

  • 网络小浪底
Xiaolangdi DamXiaolangdi Dam
  1. Design Characteristics and New Construction Technologies of Xiaolangdi Dam

    小浪底大坝的设计特点及施工新技术

  2. Analysis on the working conditions of settlement monitoring instrument for Xiaolangdi dam

    小浪底大坝沉降监测仪器运行工况分析

  3. Return and Analysis of Structural stress Field in Xiaolangdi Dam Site Area

    黄河小浪底水库工程坝区构造应力场的恢复和分析

  4. Study on Sediment Mathematical Model for Water Storage Process at Xiaolangdi Dam on Yellow River

    黄河小浪底坝区蓄水过程泥沙数学模型的研究

  5. Strength and Deformation Properties of Transition Zone Material of Xiaolangdi Dam and Scale Effect

    小浪底坝过渡料的强度与变形特性及缩尺效应

  6. The reducing silt economic benefit analysis of Xiaolangdi dam project on Yellow River

    黄河小浪底水利枢纽减淤经济效益分析

  7. Xiaolangdi Dam project on the Yellow River is 154 meters high .

    黄河小小浪底大坝工程有154米高。

  8. Construction schedule control of the Xiaolangdi dam project

    小浪底大坝工程进度控制实践

  9. Quality control of filter pack for Xiaolangdi dam

    小浪底大坝反滤料质量控制

  10. Application of TCA system to the collimating line observation in Xiaolangdi dam

    TCA系统在小浪底大坝视准线观测中的应用

  11. Design of Infiltration Protection Wall at Xiaolangdi Dam

    小浪底大坝防渗墙设计

  12. Design and construction of dam safety monitoring data warehouse : with Xiaolangdi Dam taken as an example

    大坝安全监测数据仓库的设计与构建&以小浪底大坝为例

  13. The Xiaolangdi dam has a large quantity of impervious earth filling .

    小浪底大坝防渗土料填筑规模巨大。

  14. Characteristics of No.1 Sliding Mass Deformation and Its Stability Assessment in Yellow River Xiaolangdi Dam Project

    黄河小浪底水库1~滑坡体变形特征及稳定性评价

  15. Research on Reconstructing the Wave Wall of Xiaolangdi Dam as Cultural Wall and Celebrity Street

    小浪底大坝防浪墙改建文化墙及名人街项目研究

  16. Discovery of Glacier Deposition of Clay and Gravels at Xiaolangdi Dam Site and Its Effects on Engineering Geology

    黄河小浪底地区冰碛泥砾之发现及其工程地质意义

  17. The circular curtain grouting for power tunnels is part of the curtain grouting on the left abutment of Xiaolangdi dam .

    小浪底引水发电洞环形帷幕灌浆,是大坝左岸帷幕灌浆的一部分。

  18. The automatic robot measurement monitoring system has been successfully applied in the Xiaolangdi Dam , which realizes the complete automation of the dam exterior deformation monitoring .

    测量机器人自动监测系统在小浪底大坝成功应用,实现了大坝外部变形监测的全自动化。

  19. With the application of the theories and methods mentioned above , partial functions of the comprehensive inference system of Xiaolangdi dam safety monitoring and controlling expert system is realized .

    利用上述理论和方法,开发和实现了小浪底大坝安全监控系统综合推理系统的部分功能。

  20. Relying on beautiful landscape , Jiyuan enjoys rich tourist resources including Xiaolangdi Dam , Wangwu Mountain , Wulongkou , etc.

    济源山清水秀,风光旖旎,旅游资源丰富,有小浪底大坝、王屋山、五龙口等景点。

  21. A number of consolidated drainage shear tests on the core clay of Xiaolangdi Dam with a constant stress ratio and varied stress ratios are carried out .

    本文通过对小浪底土坝心墙粘土等应力比和变应力比的固结排水剪切试验,研究了不同应力路径下粘土的应力应变特性。

  22. Fourthly , research findings of this paper have been applied to the actual large dam seepage detection engineering of Xiaolangdi dam area to carry out the large dam seepage analysis and calculation .

    论文最后将本次研究成果应用于小浪底大坝渗漏探测的工程实际中,进行大坝渗漏分析、计算。

  23. The infiltration protection wall of deepest of over 80 meters at Xiaolangdi dam is the key project to control infiltration in the sand and gravel layer at dam base .

    小浪底主坝防渗墙是坝基砂砾石覆盖层渗流控制的关键工程,最深达80多米。

  24. Since the operation of Xiaolangdi Dam , the leakage of left dam abutment has been very large . When reservoir water level exceeds elevation 235 m , the drainage discharge increases sharply .

    小浪底水库运行以来,左坝肩的渗漏水量偏大,当库水超过235m高程时,排水量急剧增加。

  25. This work could provide cognitive basis for the water and sediment separation in lower reaches of Xiaolangdi Dam . ( 8 ) Research result is summarized and the present unsolved questions as well as the future research were listed .

    为黄河小浪底下游的水沙分离提供认识性依据。(7)总结和展望。对研究结果进行了总结分析,并提出了存在的问题及下一步的研究方向。

  26. It both solves the security problems of the present water impounding pipes for pressure balance and provides the assuring measure for the security of water impounding for pressure balance of the hydraulic gates in Xiaolangdi Dam Project .

    这既解决了目前充水平压管道系统的运行安全问题,又为小浪底水工闸门充水平压的安全性提供了很好的保障措施。

  27. The Automatic Safety Monitoring System of Xiaolangdi Multipurpose Dam Project

    小浪底水利枢纽安全监测系统及其自动化

  28. Study on Tracer Method for Leakage of Xiaolangdi Left Dam

    小浪底左岸山体渗漏示踪方法研究

  29. Benefits and experience of Xiaolangdi Multipurpose Dam Project by use of foreign loan

    小浪底水利枢纽工程利用国外贷款的成效及经验

  30. Seismic Design of the Intake Towers of the Xiaolangdi Multipurpose Dam Project

    小浪底水利枢纽进水塔群抗震设计