取水口

qǔ shuǐ kǒu
  • water intake (of water conservancy
取水口取水口
  1. 广东LNG干线接收站取水口的设计

    Seawater intake design of Guangdong LNG trunk line receiving terminal

  2. 取水口内部及其近区流场具有明显的三维紊流特征,环境水流流速与取水口平均流速之比R是影响流速分布的主要因素;

    Remarkable 3D turbulence characteristic was discovered in the velocity fields inside the intake and its near area , its high dependence on R.

  3. 应用MonteCarlo方法对核电站取水口卷载效应的研究

    The Research on the Entrainment Effect of the Watery Intake of the Nuclear Power Station by Applying Monte Carlo Method

  4. 在流动环境下,蘑菇头式取水口的进水流速呈不均匀分布,其不均匀程度随R的增大而增大,当R大于某定值时,取水口内有水流穿过。

    Under condition of dynamic the velocity distribution at the intake entrance shows non-uniformity , which degree dependence on R. " Draught " phenomena appear when R exceeds certain value .

  5. 钢制取水口(沉箱)及引水管道水下施工技术广东LNG干线接收站取水口的设计

    Underwater Construction of the Reinforced Concrete Intake Structure and the Diversion Pipes Seawater intake design of Guangdong LNG trunk line receiving terminal

  6. 吸水高度超6m的消防水池取水口设计

    Design of water intake for fire storage tank of insufficient suction head of fire engine

  7. 厦门燃气电厂取水口工程3000T沉箱安装工艺

    Craftwork for Installation of 3000t coffer of intake water of Xiamen gas-fired power plant

  8. 重叠式排取水口工程的紊浮力回流数值模拟计算S.N.电厂取水口二维淤积计算

    Two-dimensional Numerical Computation of Deposition in Dredged Channel of S.N. Power Plant Intake

  9. 模型试验研究中,采用粒子图像测速系统(PIV)对取水口及取水水域的速度场进行了量测,并详细分析了不同工况下的取水口水力特性;

    Under the different water depth and different velocity , detailed X-Y , X-Z plane velocity fields were measured by PIV ( Particle Image Velocimetry ) and carefully analyzed .

  10. 结果表明,各水样均能引起DNA损伤,在丰水期致DNA损伤作用的大小顺序为给水厂出水水样>湖泊水样>长江取水口水样;

    The results showed that all water samples caused damage to DNA . For samples taken during the flood season , the damage in descending order of severity was caused by the water plant effluent , the lake water , and the Changjiang River water .

  11. 针对许家崖水库取水口处溶蚀、透水性强的岩层渗水冒水的问题,对岩体采用GIN灌浆法进行处理。

    Aiming at solving the problem of rock seepage at the intake , the GIN Grouting Method is adopted for the construction of the Xujiaya Reservoir of the Feixian Power Plant .

  12. 本研究针对绍兴市青甸湖微污染水源水,使用YDT弹性立体填料,在水厂取水口附近,进行生物预处理试验。

    At the water intake , the YDT elastic space Packing is used in Purify the eutrophic Qingdian Lake water of Shaoxing city .

  13. 本文采用PIV技术对蘑菇头式取水口复杂三维流场进行量测,揭示了取水口及其近区的水力特性,为取水口布置及设计提供了科学依据。

    Primary study about the measures of the complicated 3D flow of mushroom shape intake was made by PIV , the result of which can enhance the understanding about the hydraulic mechanism characteristic of intake entrance , and can also provide scientific basis for the design and disposal of intakes .

  14. 2min的周期是第三峰值周期,可能与该区域水流的紊动猝发有关。潮汐河道与核电站取水口区域水流特性的数值模拟

    And the third peak value 2 min perhaps is corresponding to turbulent burst . NUMERICAL MODELLING OF FLOW FIELD IN A TIDAL RIVER AND THE NEAR FIELD OF INTAKE FOR A NUCLEAR POWER PLANT

  15. 我国电厂排取水口规划特色及其水力热力特性

    Some features of intake-outlet planning in China and their thermo-hydraulic behaviors

  16. 杨溪水库取水口工程围堰砂砾石帷幕灌浆施工技术

    Grouting of the Gravel Curtain of the Yangxi Reservoir Intake Project

  17. 济宁运河发电厂地表水取水口物理模型试验研究

    Model test of surface water intake of Jining Canal Power Plant

  18. 深圳供水水源工程西枝江抽水站取水口设计

    Water Intake Design of Xizhi River in Water Supply Project of Shenzhen

  19. 取水口附近水流泥沙运动的三维数值模拟

    D simulation of the flow and sediment transport near a water intake

  20. 某电厂取水口淤积原因分析及防治

    An Analysis and Prevention on Siltation on Water Intake in the Power Plant

  21. 码头和取水口建设对防洪影响的计算与分析

    Calculation and Analysis of Influence on Flood Control by Port and Intake Construction

  22. 应力代数及低雷诺数的湍流数学模型在重叠式排取水口工程中的模拟计算

    Numerical Simulation of Algebraic Stress and Low-Reynolds-Number Turbulent Model for An Intake-Under-Outlet System

  23. 钱塘江流域水厂取水口管道延伸施工方法的探讨

    Construction Methods for Elongation of Intake Pipelines in Water Factory of Qiantang River Basin

  24. 应用遥感数据评价蓝藻水华对太湖取水口的影响

    Impact assessment of cyanobacteria bloom on water intakes in Taihu Lake using remote sensing data

  25. 寒区工业取水口防冰工程新方法的研究

    Study on a new approach to prevent icing for industrial water intakes in cold regions

  26. 取水口高程对过渡型水库水温分布结构的影响

    On the influence of intake location on temperature distribution structure of reservoir with seasonal temperature stratification

  27. 冷却水取水口应与水底保持足够距离。

    The cooling water intake port should be kept enough distance from the bottom of water supply reservoir .

  28. 黑河市水源取水口工程围堰施工采用钢板箱围堰型式。

    The steel plate boxes were applied in the construction of Heihe municipal water source intake work as cofferdam .

  29. 水(力发)电厂[站]郁江西津水库泥沙淤积对南宁电厂取水口的影响研究

    Study on How Sediment Deposition of Xinjin Reservoir on the Yujiang River Affects Water Intake of Nanning Power Plant

  30. 上海市第二水源长江取水口环境生物调查和质量评价&(Ⅰ.浮游生物)

    Environmental Organism Investigation and Environmental Quality Assessment of Intakes of Yangtze River , The Second Water Source of Shanghai .