设计水头的英文

• design head

• "设计"英文翻译    devise; project; plan; desig ...
• "水头"英文翻译    waterhead; head; flood peak
• "水电站设计水头" 英文翻译 :    design head of hydro-tric station
• "设计水深" 英文翻译 :    design water depth; planned depth; project depth; projected depth
• "设计水位" 英文翻译 :    design level; design water level (dwl); dwl (= design water level ); dwl=designwaterlevel
• "设计水线" 英文翻译 :    construction waterline; design load water line; design water line; design waterline; designed water line; designed waterline; designloadwaterline; dwl
• "设计水线长" 英文翻译 :    designed waterline length; length of designed waterplane
• "设计水线宽" 英文翻译 :    design waterline breadth; designwaterline breadth
• "设计水线面" 英文翻译 :    designed waterplane; disigned waterplane
• "航道设计水深" 英文翻译 :    passage design soundings
• "设计水线长度" 英文翻译 :    length on designed waterline
• "设计水线宽度" 英文翻译 :    beam on waterline
• "设计水线曲线" 英文翻译 :    designed waterline curve
• "设计水线始段" 英文翻译 :    waterline beginning
• "设计水线终端" 英文翻译 :    waterline ending
• "灌溉渠道设计水量" 英文翻译 :    designed water capacity
• "设计水文过程线" 英文翻译 :    hypothetic hydrograph
• "设计水线面系数" 英文翻译 :    designedwaterplane coefficient
• "设计水线处尾板宽度" 英文翻译 :    immersed transom beam
• "设计水线平行部分长度" 英文翻译 :    length of the parallel portion of the designed waterline
• "与设计水准有关的品质" 英文翻译 :    quality of design
• "最大浸水与设计水线宽比" 英文翻译 :    maximum immersed beam ratio
• "水头" 英文翻译 :    waterhead; head; flood peak◇水头落差 head fall; 水头坡降 water table gradient
• "最大浸水宽度与设计水线宽度比" 英文翻译 :    maximum immersed beamratio
• "风速计水平" 英文翻译 :    anemometer level

• Om , the electricity generated by turbine generator increased to 5 . 0 million kw , which was relatively reasonable
  如将设计水头提高到37 0米，水轮机发电机出力增容到5
• The results showed that considering the general performance of turbine and the discharge capacity of runner hl240 - lj - 420 , when the design head was 36 . 2m , the electricity generated by turbine generator increases to 4 . 8 million kw , which was relatively reasonable
  结果表明：考虑到水轮机的综合性能和hl240thj一10流道的过流能力，在设计水头为36 2米时，水轮机发电机出力增容到4
• ( 2 ) retrofitted the small turbine of tai pin shao hydropower station in this paper . the results indicated that given the unchanged channels of the original runner hl240 - lj - 120 and satisfied cavitation condition and stability requirement , the electricity generated by the turbine generator increased from 3000kw to 3600kw when the design head was 36 . 2m , which arrived at the expectant objective
  ( 2 )对太平哨电厂的小机进行了改造，在不改变原hl240 - lj - 120流道并满足气蚀和稳定性要求，在设计水头为36 . 2米时，水轮机发电机出力由原来的3000千瓦增容到3600万千瓦，达到了预期目标。
• Abstract : the effect of turbine characteristic on stable sectional area of surge tank can be expressed by the synthetic characteristic coefficient of turbine , it shows the effect of turbine efficiency . based on the analysis on the variation of the characteristic curve for middle or high specific speed turbine , this paper demonstrates that the largest stable sectional area of surge tank is not dependent on the lowest water head of hydroelectric plant but the design head
  文摘:通过理论推导，研究了水轮机综合特性系数对调压室稳定断面的影响，即水轮机运行中不同工况点效率的相对变化对调压室稳定断面的影响.得出了最危险的调压室稳定断面取决于设计水头，并通过实例得到验证
• Because of the technical complexity of the turbine for the three gorges project and on the basis of several important technical problems which have been defined in the international bidding documents for 14 generating units in the left bank power station , the owner of the project has decided another some important technical problems based on appraisal and comparison in the bid appraisal stage after the bidding documents are analyzed and the tender documents are cleared by the tenderers
  由于三峡工程水轮机技术上的复杂性和挑战性，在左岸电站14台机组国际招标文件已明确了若干重大技术问题的基础上，在机组议评标阶段，对招标文件进行分析和投标商对投标文件进行澄清说明后，经评议比选，业主又决策了几个重大技术问题，主要有：水轮机设计水头的确定，负倾角叶片水轮机的应用，两套水力设计，舍弃初期转轮，蜗壳进行水压试验等。