水利枢纽

shuǐ lì shū niǔ
  • hydro-junction;key water control project
水利枢纽水利枢纽
水利枢纽[shuǐ lì shū niǔ]
  1. 一水利枢纽地质工程问题剖析

    An Analysis of Geologic Problems in key Water Control Project

  2. 本文介绍了乌江构皮滩水利枢纽的应用效果。

    This paper introduces the applications of the method in Gupitan key water control project .

  3. 基于PLC现场控制单元技术的水利枢纽系统应用

    The System Application of Hydro Project Based on PLC Site Control Cells Technique

  4. 百色水利枢纽RCC坝基岩体松弛及处理

    Treatment on Loosen Rock Mass in Baise RCC Dam Foundation

  5. 长洲水利枢纽工程AGC功能设计及实现方法

    Function Design and Implementation of AGC at Changzhou Hydraulic Complex

  6. 聚合物水泥防水涂料在百色水利枢纽RCC大坝上的应用

    Application of polymer cement waterproof paint in RCC main dam of Baise Multipurpose Dam Project

  7. 针对某大型水利枢纽导流底孔弧形闸门,在闸门上布置若干MR阻尼器,采用优化模糊半主动控制来减小振动。

    Optimized fuzzy semiactive control strategy was proposed to reduce the vibration of certain tainter gate installed with magnetorheological ( MR ) dampers in certain key large hydraulic project .

  8. 航空摄影测量与RTK技术在峡江水利枢纽工程测量中的应用

    Application of GPS RTK and aerial photogrammetry technology in surveying Xiajiang Hydro-junction Project

  9. 以大柳树水利枢纽坝基灌浆试验效果检测为工程实例,重点介绍地震波CT技术的应用和效果。

    Taking the dam foundation grouting test effect of the Daliuhe WRPP as an example , the author mainly introduced the application and effect of the earthquake wave CT technology .

  10. GIN灌浆法在百色水利枢纽帷幕灌浆试验中的应用

    Application of the JIN grouting method for curtain grouting test in the Baise project

  11. 本文基于TCP/IP体系结构,结合水利枢纽工程实际情况,提出一种把从现场采集的实时数据通过Internet传送给远程监测计算机的分布式远程监测系统的设计。

    Based on TCP / IP structure and in combination with Water Project Reality , the designing of distribution remote monitoring system is put forward . It can convey real time data on the spot to remote monitoring computer by internet .

  12. 新型X宽尾墩-台阶溢流坝-戽式消力池作为消能工之一,在水利枢纽中得到广泛的应用,并且常常采用模型试验的方式来验证工程的安全性。

    As one of the dissipation system , new X flaring gate pier-stepped spillway-bucket typed stilling pool is used in hydro-project , and always take the model experiment to validate the security of the project frequently .

  13. 通过对TG水利枢纽综合利用任务及泥砂淤积特性分析,本文针对水库运用中发电与排沙联合运用问题,建立了TG枢纽水沙联调的多目标数学模型。

    Based on the multipurpose analysis and sediment feature in TG reservoir , a multiobjective programming model is presented here for the trade-off between power generation and sediment ejection in TG reservoir .

  14. 以W大型水利枢纽为例,讨论入股安置方式的可行性,并对其处理方案和实施效果进行分析与对比研究,效果比较理想。

    Take W for example , a large-scale water conservancy project , this thesis discusses the feasibility of shares resettlement method , and then , comparatively analyses the processing scheme and implementation effect , effect is ideal .

  15. 江垭水利枢纽大坝为全断面碾压混凝土重力坝,坝高128m。

    This is a whole profile roller compacted concrete gravity dam with height 128m .

  16. 在水利枢纽群及中小流域中,应用基于CIMS的体系结构和信息系统集成技术,集成防洪及水资源调度系统是一条有效的技术途径。

    Applying system structure and information system integrated technique based on CIMS in hydro-junction group and small-mid scale basin , system of integrated flood control and water resources scheduling is a valid technical approach .

  17. 水利枢纽下游河道水位流量关系的变化任一断面的Z~Q关系受其上下游河段综合水力条件的影响,常在其水位变幅内水力条件多变,以一种线型(函数)拟合不能满足精度要求。

    Cross-section stage-discharge relation ( Z ~ Q ) are usually influenced by the whole hydraulic conditions of upstream and downstream , and the hydraulic conditions in fluctuation range of the stage are so changeable that fitting of one curve form can not be necessarily precise .

  18. 黑河水利枢纽的拦河大坝为粘土心墙砂砾石坝,坝高130m。

    The river retaining dam in Heihe Hydro Project , being 130 m in height , is a sandy gravel dam with the clay core wall .

  19. 面向有封闭内腔和外形的复杂工件快速原型制造的ICT图像处理及反求工程研究长洲水利枢纽电站1号发变组封闭母线伸缩节过热原因分析及处理

    Study on RPM Based on Industrial Computed Tomographic Images of the Part with Complicated Interior and Exterior Shape ; Cause Analysis and Treatment of Overheated Enclosed Bus Expansion Joint of 1 # Generator-Transformer Unit at Power Station of Changzhou Hydraulic Complex

  20. 小浪底水利枢纽工程的2号明流塔,塔高108m,是主要泄洪建筑物2号明流洞的进口建筑物。

    The No. 2 free flow tower is an intake building of No. 2 free flow tunnel , as one of the main flood discharge works .

  21. 近些年来随着我国水能资源的开发,我国设计和修建了一批坝高在300m级别的水利枢纽工程,其共同的典型特点是:高水头、大流量、窄河谷。

    With the hydropower resources development in recent years , a batch of high dams is under design or construction in China , their common characteristics are : with high water head , with large discharge and narrow valley .

  22. 尼尔基水利枢纽骨料加工与混凝土拌和工程,是向尼尔基水利枢纽主体工程提供成品混凝土的工程,混凝土总量为105.13万m3,施工期为5a,每年仅可施工6个月。

    The finished concrete which the principle part of the aggregate processing and concrete mixing words . The gross of the concrete is 105.13 × 104 m3 , concrete period is 5 years , and construction of concrete will be conducted for 6 months every year .

  23. 并且在进行决策评价时,本文主要采用了模糊层次分析法从定性和定量的角度分析了GX水利枢纽这一大型水利基础设施建设的必要性和最终效果。

    In evaluation of decision-making , we use a fuzzy analytic hierarchy process to evaluate the GX project from the perspective of qualitative and quantitative analysis , and proof the necessity of using this method and show the final results of GX project .

  24. 长洲水利枢纽建坝后水流流态变化的可能性分析

    The possibility analysis of flow pattern change after construction Changzhou hydroproject

  25. 陆水水利枢纽坝下游河床演变规律分析

    An Analysis on Downstream River - bed Evolution of Lushui Project

  26. 应用模糊优选模型优选水利枢纽工程坝型

    Dam type optimization for a hydro project by fuzzy optimum model

  27. 电气主接线的计算机辅助设计百色水利枢纽水电站电气主接线设计

    Design of main electrical wiring diagram for Baise Multipurpose Dam Project

  28. 水利枢纽船闸系统的可靠度分析

    Reliability analysis of lock gate systems in key water conservancy projects

  29. 塔底水利枢纽对河道行洪影响研究

    Research on Influence of Tadi Hydraulic Project in River Flood Discharge

  30. 大坝渗流监测系统是水利枢纽安全运行的保证。

    The seepage monitoring system can ensure the dam work properly .