turbocompressor

网络  涡轮压缩; 涡轮压缩机; 涡轮式压缩机

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双语例句

  1. Development of oxygen turbocompressor for 60000m~ 3/ h air separation units
    60000m~3/h等级空分设备配套氧气透平压缩机的研制
  2. Research into Surge Mechanism and Surge Proof Strategy of Turbocompressor
    叶轮压缩机喘振的机理及防喘振策略研究
  3. Improvement of the Properties of Aeroengine by Turbocompressor
    利用涡轮增压技术提高航空发动机性能
  4. The Vibration Analysis of Turbocompressor
    离心压缩机振动分析
  5. Application of vibration monitoring to chlorine gas turbocompressor
    振动监测在***透平压缩机上的应用
  6. Study on the Thermodynamic Calculating Method of Turbocompressor and Its Programming Design
    透平压缩机热力计算的方法及程序设计
  7. Torsional Vibration and Effects of Gear Mesh Stiffness of Turbocompressor Shafts
    透平压缩机轴系扭振与齿轮啮合刚度影响
  8. This paper presents a way of calculating the torsional natural frequencies and vibration modes of large turbocompressor shafts by the transfer-matrix method with the continuous-mass shafts model and the consideration of effects of gear mesh stiffness.
    以大型透平压缩机组轴系为对象,提出了以连续质量的传递矩阵法求解在计及齿轮啮合刚度情况下轴系扭转振动的固有频率和振型的计算方法;
  9. On the base of this, axial displacement Fault Self-Recovering ( FSR) system was introduced to assure the safety and reliability of turbocompressor.
    在此基础上,引入轴位移故障自愈调控系统,从而能够使得透平压缩机安全高效运行。
  10. Improvement of the Instrument Control System for Oxygen Turbocompressor
    氧压机仪控系统的改进
  11. Effect of Diaphragm Coupling on Torsional Vibration of Turbocompressor Shafts
    膜式联轴器对透平压缩机轴系扭振的影响
  12. The application of vibration monitoring in chlorine gas turbocompressor operation has also been introduced.
    介绍了振动监测在氯压机开动中的应用。
  13. The paper presents briefly the designing, high altitude simulating test and flying test of three-level turbocompressor system developed by America TMS company.
    本文简要介绍美国热力学系统(TMS)公司开发的三级涡轮增压器系统的设计、高空模拟试验和飞行试验等。
  14. Turbocompressor Operation Condition Supervision System Based on Virtual Instrument Technology
    基于虚拟仪器技术的透平压缩机运行工况在线监测系统
  15. In this method, the machining accuracy is controllable, and it is suitable for machining involute profile with any parameter in turbocompressor.
    该方法加工精度可控,适用于任意参数圆渐开线的涡旋压缩机型线加工。
  16. Turbocompressor is the important device in the industry department such as metallurgy, petrochemicals, natural gas transportation, refrigeration etc.
    透平压缩机是冶金、石油化工、天然气输送、制冷以及动力等工业部门广泛使用的大型关键设备。
  17. Improving the stability of turbocompressor with squeeze film damper and its optimal design
    利用挤压油膜阻尼器提高透平压缩机稳定性及其优化设计