调压井的英文

• surge shaft
• surge tank

• "调压"英文翻译    pressure regulating
• "井"英文翻译    well
• "复式调压井" 英文翻译 :    multiple surge tank
• "简式调压井" 英文翻译 :    simple surge tank
• "上调压井" 英文翻译 :    upper surge chamber
• "上游调压井" 英文翻译 :    headrace surge tank; upstream surge basin
• "首部调压井" 英文翻译 :    headrace surge tank
• "尾水调压井" 英文翻译 :    tailrace surge basin
• "下调压井" 英文翻译 :    lower surge chamber; lower surge tank
• "下游调压井" 英文翻译 :    downstream surge tank
• "封闭式调压井" 英文翻译 :    closed surge tank; covered surge tank
• "埋藏式调压井" 英文翻译 :    recessed surge tank
• "不对称双室调压井" 英文翻译 :    asymmetric double chamber surge tank
• "调压井的扩大室" 英文翻译 :    expansion chamber
• "不对称式双室调压井" 英文翻译 :    asymmetric double-chamber surge tank
• "压井" 英文翻译 :    kill (a well); kill the well; kill well; killing
• "调压" 英文翻译 :    pressure regulating
• "测压井" 英文翻译 :    piezometric well; potential well
• "低压井" 英文翻译 :    low pressure well; low-pressure well
• "高压井" 英文翻译 :    geopressured well; high pressure well; high-pressure well; strong well
• "减压井" 英文翻译 :    bleeder well; relief well
• "释压井" 英文翻译 :    bleeder well; relief well
• "水淹；压井" 英文翻译 :    drown out
• "压井泵" 英文翻译 :    kill pump
• "压井法" 英文翻译 :    well killing method

• The pressure diversion system usually includes inlet tunnel , surge chamber and penstock etc .
  水电站压力引水系统一般包括引水遂洞，调压井、压力钢管等。
• Application of sliding form construction technique in hongye - 2 hydroelectric power station surge shaft concrete placement
  红叶二级水电站调压井竖井滑模施工技术
• Through the experimental research , the reasonable parameters of the surge chamber of the hydropower station are obtained
  通过模型试验得到了该压力引水式水电站调压井的合理参数。
• Applications of plc programmable controller and supersonic positioner for the pressure - adjusting well gates control of hydroelectric power plant
  可编程控制器及超声波物位计在水电厂调压井闸门控制中应用
• The effect of variation in surge shaft section size upon the reflection of water hammer pressure and the speed of quality fluctuation attenuation
  调压井断面尺寸变化对水锤压力反射及质量波动衰减速度的影响
• There are many main buildings in the plant such as concrete - faced rockfill darn , the second darn with clay core , spillway , diversion tunnel , surge tank , ground workshop and switch mom etc
  电站的主要建筑物有砼面板堆石坝、粘土心墙二坝、溢洪道、引水隧洞、调压井、地面厂房和开关站等。
• There are two lining structure types which are frequently used in engineering presently , one is the reinforced concrete lining , another is the steel lining encircled by concrete
  摘要目前工程上比较常用的水电站调压井衬砌结构型式有两种，一种结构型式是钢筋混凝土衬砌结构型式，另一种结构型式是钢衬加回填混凝土衬砌结构型式。
• The oversimplified models can not reflect the mutual effect of hydraulic system and power system , and they may cause irrational conclusions when they are used in the studies on middle or long term stability , resynchronization of hydro turbine and generator and large - disturbance surge tank system that relate closely to the mutual effect of hydraulic system and power system or the auto governing
  采用这种水或电的单方面简化模型不能准确反映水力系统与电力系统的耦合作用，对于诸如电力系统中长期稳定、水轮发电机组再同步、调压井系统大波动稳定等这些与水电耦合和自动调节作用密切相关的问题的研究，可能导致不合理的结论。
• All kinds of special pipes and conduits ( ditches ) , ash storage sites , wells , pumping stations , water cooling towers , oil depots , dikes and dams , railways , roads , bridges , docks , fuel loading and unloading equipment , lightening arresters , fire - fighting equipment and other related ancillary equipment outside power plants and power transformation stations
  （三） 、水力发电厂使用的水库、大坝、取水口、引水隧洞（含支洞口） 、引水渠道、调压井（塔） 、露天高压管道、厂房、尾水渠、厂房与大坝间的通讯设施及附属设施。
• For the sake of the research about hydroelectric interfere among machines , the article utilized the simulink in matlab as simulating tool , meanwhile established the simulating model about two high head diversion water turbines regulation system in violent fluctuating pressure sharing one head race tunnel and surge tank and one penstock . then calculated the load rejection transition process by means of the real parameters of a hydro power station , analysed the interfere of hydro power station safety and stable nenring brought by hydroelectric interfere and put forward a series of measures that lightening the hydroelectric interfere
  为了研究机组间的水力干扰，本文采用matlab下的simulink作为仿真工具，建立共用有压引水管道、调压井、压力主管的两台高水头引水式水轮机调节系统大波动时的仿真模型，引入实际电站的参数，对甩负荷过渡过程进行了仿真计算，分析水力干扰对电站安全、稳定运行所造成的影响，并提出了一系列减轻水力干扰的措施。