润滑油系统的英文

• lub oil system
• lubricating oil system
• lubricating system
• lubricating-oil system
• lubricatingsystem
• oil system

• "润滑油"英文翻译    lube; lubricating oil; lubri ...
• "系统"英文翻译    system
• "集中供润滑油系统" 英文翻译 :    centralized lubricating system
• "中央润滑油系统" 英文翻译 :    central oil lubrication systems
• "滑油系统" 英文翻译 :    lubricating oil piping system; lubricating oil system; oiling system
• "滑油回油系统" 英文翻译 :    return oil system
• "滑油系统加油" 英文翻译 :    oil-system filling
• "新鲜滑油系统" 英文翻译 :    fresh-oil system
• "压力滑油系统" 英文翻译 :    pressurized lubricating oil system
• "重力滑油系统" 英文翻译 :    gravity oil system
• "（滑油系统）呼吸压力箱" 英文翻译 :    breathing pressure valve
• "发动机滑油系统" 英文翻译 :    engine oil system
• "滑油系统通气装置" 英文翻译 :    oil system breather
• "重力进给滑油系统" 英文翻译 :    gravity circulating oil system
• "重力式滑油系统" 英文翻译 :    gravity lubricating oil system; gravity oil system
• "润滑和冷却油系统" 英文翻译 :    lubricating and cooling oil system
• "全损耗系统润滑油" 英文翻译 :    lubricating oil for total loss systems
• "润滑油回收系统" 英文翻译 :    oil recovery system
• "润滑油净化系统" 英文翻译 :    lubricating oil purifying system; oil cleaning system; oil purification system
• "润滑油冷却系统" 英文翻译 :    oil cooling system
• "润滑油泄放系统" 英文翻译 :    lubricating oil drain system
• "润滑油循环系统" 英文翻译 :    oil circulating system; oil circulation system; oil circulation sywtem
• "润滑油压力系统" 英文翻译 :    lubricating oil pressure system
• "润滑油再生系统" 英文翻译 :    oil reclamation system; oil recovery system
• "润滑油再循环系统" 英文翻译 :    oil recirculating system

• 05 . 02 gas turbine generator lubricating oil system , design of
  燃气轮机润滑油系统的设计
• Lubricating oil systems for safety related emergency diesel generators
  有关安全备用柴油发电机用润滑油系统
• Standard practice for design of steam turbine generator oil systems
  蒸气涡轮发电机润滑油系统设计的标准实施规范
• Standard practice for design of gas turbine generator lubricating oil systems
  气体涡轮发电机润滑油系统设计的标准实施规范
• In its design much relation have to be dealt with , many chart have to be consulted , and the speed of the updating the large number of data is also very fast , which cause the workload of the design is specially great
  润滑油系统是船舶动力装置的重要组成部分。在设计中所要处理的诸多关系、查阅的大量图表、数据等，随着时代的发展更新很快，因此计算工作量非常大。
• The work done in this task make the optimize design lubricating system change the idea and article into actual application software at the first time . hence the computer aided optimize of lubricating system is turned into reality
  本课题所做的工作使得润滑油系统的优化设计在一定程度上上升为实实在在的应用软件，使得润滑油系统的计算机辅助优化设计从此变得实在可行，提高了设计的效率和精度。
• It brings remarkable economic results and social beneficial results . this paper ' s research focuses on the following aspects : 1 ) aerial compressor reconstruction with float hoop seal : solving the problems of severe abrasion of labyrinth seal , medium contamination of seal oil and seal oil leakage to the lubricating oil system
  本文主要针对离心压缩机中富气和循环氢气压缩机的密封技术，进行了以下几个方面的研究： 1 )富气压缩机浮环密封的技术改造，对迷宫密封损坏严重、密封油受到介质污染、密封油窜入润滑油系统等问题进行了研究。
• It is made up of the melting shaft furnace , titled holding furnace , ( reverberatory refining furnace ) , casting machine , automatic shearer , cast bar straightening and dege shaving machine , rolling mill , engine oil lubrication system , emulsion lubrication system , rod orbital coiler , line electric control , etc
  铜杆连铸连轧机生产线主要有融化竖炉，倾动式保温炉， （铜精炼反射炉） ，连铸机，滚剪机，校直刨边机，打毛机，连轧机，润滑油系统，乳化液系统，铜杆还原冷却装置，双筐梅花收杆机和电气控制系统等组成。
• The concept of the optimize design is proposed and its mathematic foundation is analyzed in this paper . after comparing several optical calculation methods , the one that is suitable for the lubricating system is chosen and analyzed in detail about its concept , characteristic and some focal points . meanwhile , combining with the analysis of the relationship among the parts and structure of marine low - speed diesel lubricating system , the internal disciplinary , other pipeline system and main engine , aiming at reducing the initial investment and the running cost in a certain years , the mathematic model of the system is built and the object function and subjected conditions are set up
  本课题阐述了最优化设计的概念，分析了最优化设计问题的数学基础，比较了约束多维问题的几种优化方法，选取了适合于润滑油系统的优化设计方式，并对该方式的概念、特点及其应注意的问题进行了较详细的分析；同时，结合海船低速柴油机润滑油系统的组成部件及其结构以及润滑油系统内部规律与其它管路系统、船舶主机的关系的分析，从经济性的角度，以设备初投资及其在一定年限内的耗能费最低为目标，建立了本系统优化设计的数学模型，确立了目标函数和约束条件。
• Formerly the traditional design methods are often used in designing the lubricating system . its disadvantages are obvious : low speed of manpower calculation , long design period , and only have limit designing scheme to be chosen so that it is impossible to found the genuine best scheme , some calculation can not to be done only by manpower and estimating data in the design are of excessive . all these cause the precision of design to be low
  以往对润滑油系统的设计多采用传统设计方法，它的特点是采用人工计算，速度慢、设计周期长；可供选择的设计方案有限，不可能得到真正的最优方案；有些计算靠人工也很难完成，并且计算中估计量、经验数据均较多，因而设计的精度不高、容易出错。