mechanical face seal

英 [məˈkænɪkl feɪs siːl] 美 [məˈkænɪkl feɪs siːl]

网络  机械端面密封; 机械端面密封技术

化学



双语例句

  1. The outer mechanical seal shall be constructed with a solid block silicon carbide rotating seal face and a solid block silicon carbide stationary seal face.
    外置的机械密封应该采用一块整体结晶碳化硅旋转密封面和一块整体结晶碳化硅固定密封面。
  2. The reason of the seal's failure was analyzed. A new mechanical seal was developed which has an edge-seal end face, and the rubber lip seal was replaced by the mechanical seal.
    设计一种刃口型密封端面的机械密封,代替原泵轴封采用的橡胶油封。
  3. Application Study on New-type Mechanical Face Seal for Light Hydrocarbon Pumps
    轻烃泵群用新型机械密封系统应用研究
  4. Great attention paid for designing and applying seal chambers for mechanical face seals will improve seal performance, prolong their life and increase the machine reliability.
    重视设计和使用机械密封的密封箱可以改善机械密封性能、延长密封寿命、提高设备及机泵的工作可靠性。
  5. Analyses of finite element of property about mechanical face seal with deep grooves in tower
    釜用深槽型机械密封性能的有限元分析
  6. Research and Application of Bi-direction Zero Leakage Non-contacting Mechanical Face Seal
    双向零泄漏非接触式机械密封的研究及应用
  7. The Discussion on Face Stableness of Mechanical Face Seal with Vapor-Liquid Phase in Changing Operating Conditions
    变工况条件下汽液两相机械密封端面稳定性探讨
  8. Experimental Study on Performances of Upstream Pumping Mechanical Face Seal
    逆流泵送机械密封试验研究
  9. A study on friction of mechanical face seal for a pump
    泵用机械密封端面摩擦的研究
  10. Determination of Area Ratio for Mechanical Face Seal
    机械密封面积比的确定
  11. Computation Technique of Mechanical Face Seal
    机械端面密封计算技术
  12. Identification of Friction Modes and Analysis of Friction Characteristics of Mechanical Face Seal
    机械密封摩擦状态判断与摩擦特性的分析
  13. Present Research Status and Prospect on Mechanical Face Seal
    机械端面密封技术研究现状及发展趋势
  14. The paper summarizes the early failure phenomena such as mechanical seal face leakage, terminal face lopsided wearing, sealing ring disintegration and seal ring leakage and analyzes the reasons for these phenomena, which are mainly due to the design and manufacture problems.
    概述了机械密封端面泄漏、端面偏磨、密封环碎裂、密封圈泄漏等常见早期失效现象,并分析了产生这些现象的原因,主要是设计制造问题造成的。
  15. Approximate computation of thermohydrodynamic performance about mechanical face seal with deep grooves
    深槽端面机械密封热流体动压特性的近似计算
  16. A survey of the study of mechanical face seal dynamics
    机械端面密封动力学的发展概况
  17. Based on Reynolds equation and elastic contacting model, a simple and practical mixed-friction calculation model of mechanical face seal has been presented. The calculating process and an example of this model are presented in this paper.
    本文根据雷诺方程和弹性固体接触模型,提出了一个简单实用的机械密封混合摩擦计算模型,并给出了该模型的计算流程和计算实例。
  18. STUDY ON THE DEFORMATION OF MECHANICAL FACE SEAL This specificity of polyethylene materials must be attracted attention whenever the mechanical connection methods for PE pipe are concerned.
    机械密封变形的研究在聚乙烯的机械密封连接中特别要注意聚乙烯容易蠕变的特性。
  19. It can detect temperature, pressure, motion of mechanical face seal, torque and revolution.
    根据具体实验要求,变工况机械密封实验台测试系统具有测量温度、压力、位移、转矩、转速等工作参数的能力;
  20. The measurements of pressure distribution and thickness of fluid film for mechanical face seal
    机械密封端面流体膜压膜厚的测量
  21. A new concept of optimization for self-acting gas seals, i. e. the stiffness-leakage ratio of mechanical face seal is introduced.
    本文还引入了优化气体动压膜机械密封的新概念&刚漏比。
  22. Study on the deformation of mechanical face seal
    机械密封变形的研究
  23. A Study on Lubrication Regime and Friction Moment of Mechanical Face Seal
    机械密封润滑状态及摩擦扭矩的研究
  24. Some proposals were presented for the development of mechanical face seal technology in the future, especially for the study of seal dynamics.
    针对未来机械端面密封技术的发展,特别是密封动力学的研究,提出了几个建议。
  25. Non-contacting mechanical face seal are used extensively in centrifugal pumps, compressors, powered vessels and other high-performance rotating machinery.
    非接触式机械密封技术被广泛应用于离心泵,压缩机,机动船和其它高性能旋转机械。
  26. Compared with the ordinary mechanical seal on temperature and face deformation at the same operating conditions, the curved shallow groove mechanical seal can reduce the temperature and deformation of seal face effectively, and it is superior to the ordinary mechanical seal.
    通过分析对比相同工况下端面弧形浅槽机械密封与普通机械密封的温度场及变形情况,发现端面弧形浅槽机械密封能明显降低密封端面温度,减小密封环的变形,性能更优越。
  27. Mechanical face seals are used to seal various fluids on a lot of occasions, it is the pillar of fluid seals in pump and compressor at present.
    机械密封使用于许多场合密封各种流体,是当今泵和压缩机中流体密封的支柱。
  28. Through the analysis show that the deformation of the primary ring has great effect on seal ability property of mechanical face seal.
    通过分析可知,动环的形变是对机械密封密封性能有较大影响的参数。