condenser tube

英 [kənˈdensə(r) tjuːb] 美 [kənˈdensər tuːb]

网络  冷凝管; 冷凝器管

化学



双语例句

  1. A flow modeling in a single closed loop pulsating heat pipes was presented, which comprises a horizontal evaporator tube, a horizontal condenser tube and two vertical adiabatic tubes.
    对一个单回路的闭式脉动热管内的气液两相流型进行了数值研究。该回路由一段水平的蒸发管,一段水平的冷凝管以及两段垂直的绝热管构成。
  2. Status Quo and Development Trend of Brass Condenser Tube Production Process
    黄铜冷凝管的生产工艺现状及发展趋势
  3. Condenser tube anti-corrosion device
    冷凝器管抗腐蚀装置
  4. Waterside Corrosion of Condenser's Tube and Precautions
    凝汽器冷却管在水侧的腐蚀和防止措施
  5. Based on measured data of Xingtai power plant, the paper improves traditional valuation method of condenser tube bundle arrangement correction factor.
    通过对邢台电厂实测数据的分析,对传统的评价凝汽器管束布置修正系数的方法进行了改进;
  6. Reasons of Condenser Top Cooling Tube Cracking
    凝汽器顶部冷却管断裂原因分析
  7. Finite Element Stress Analysis of Condenser Tube in High Pressure Air Compressor
    高压空压机冷却管强度有限元分析
  8. Example analysis of residual carbon film induced corrosion on condenser copper tube
    凝汽器铜管的监督与管理凝汽器铜管残碳膜腐蚀实例分析
  9. Relationship between Processing Conditions and Corrosion Resisting Property of Condenser Brass Tube
    黄铜冷凝器管加工条件与耐蚀性的关系
  10. Comparison and Analysis of Condenser Tube Film Quality with Different Film Forming Agent
    凝结器铜管不同成膜剂膜质的比较分析
  11. A study on the composition, structure and corrosion resistance of HSN 70-1b condenser tube
    HSn70-1B冷凝管成分组织及耐蚀性能研究
  12. Cause analysis of condenser tube leakage at Datong thermal power plant № 2
    大同第二发电厂凝汽器铜管泄漏原因分析
  13. A type of multi-function automatic bending machine for condenser tube by PLC control is developed according to the producing characteristics of refrigerating industry.
    根据制冷企业的生产特点,研制开发了利用FXON-60MR可编程序控制器控制的多功能自动冷凝管弯管机。
  14. Practice has shown that this type of combined protection is highly effective in preventing condenser copper tube corrosion.
    实践证实了这种联合保护能够有效防止凝汽器铜管的腐蚀。
  15. This article presents the reason and mechanism of waterside corrosion of condenser's tube, which is related to water quality and water speed, pipe material and treatment of cooling water and additional protection and cleaning method.
    介绍了凝汽器冷却管水侧腐蚀原因和机理,与冷却水质和水速有关,还与管材和冷却水处理等诸因素有关,也和附加保护及清洗方式有关。
  16. A Study on Effect of Cl~-and SO_4~ (-2) Against Condenser Stainless Steel Tube
    Cl~-、SO4~(2-)对凝汽器不锈钢管的作用研究
  17. Take the strength calculation of the condenser tube in 40 MPa high pressure air compressor for example, introduce the application of the finite element stress analysis software in engineering.
    本文以40MPa高压空气压缩机冷却管强度计算为例,介绍有限元分析软件在工程实际中的应用。
  18. Corrosion resistance and surface film on brass condenser tube containing boron
    含硼黄铜冷凝管使用前后表面膜及耐蚀性的研究
  19. This paper introduces the development and industrial application of on-line corrosion monitoring device for condenser tube.
    介绍凝汽器管腐蚀在线监测装置的研制及工业应用情况。采用涡流探伤抽取有代表性的铜管制作腐蚀测量传感器,使测量结果与实际凝汽器管的腐蚀情况一致;
  20. Eddy Current Testing in Condenser Tube of Electric Power Plant
    涡流探伤在电厂凝汽器管检测中的应用
  21. Rejection Criterion of Operating Condenser Tube by Eddy Current Detection
    凝汽器在役铜管涡流探伤判废标准
  22. Diagnosis for Cleanliness on Water Side of Condenser Tube Walls
    凝汽器水侧管壁清洁程度的诊断方法
  23. Reason of condenser cooling tube cracking was HF fatigue failure due to high speed steam flow impacting copper pipe which caused vibration.
    冷却管疲劳断裂的原因是由于高速汽流冲击使铜管产生振动而引起的高周疲劳断裂;
  24. On-line Leakage Examination of Steam Condenser Tube in Power Plant
    电厂凝汽器管泄漏的在线检测
  25. The fatigue limit of condenser copper tube was reduced by working condition which aggravated the spread of crack.
    冷凝器铜管的工作环境使疲劳极限大为降低,加剧了疲劳裂纹的扩展。
  26. Based on the quality analysis of circulating water, special treatment should be carried out in order to protect condenser copper tube from ceding and scaling, prolong tube service life, improve condenser heat exchange efficiency and decrease stem consumption rate.
    针对包钢热电厂循环水的水质状况,对其进行处理。以保护冷凝器铜管,防止铜管发生腐蚀和结垢现象,延长铜管寿命,提高冷凝器换热效率,降低汽耗指标。
  27. Further Study of Condenser Tube Bundle Arrangement Correction Factor
    凝汽器管束布置修正系数的进一步探讨
  28. Investigation of the Carbon-containing Oxide Film of the Condenser Tube
    冷凝管的含碳氧化膜
  29. The results show that flow-induced vibration caused titanium condenser tube resonate.
    结果表明,流体诱导振动致使钛冷凝器换热管发生了共振现象。
  30. For a variety of reasons the fouling not favorable for heat exchange is accumulated in the inner wall of condenser tube. These fouling will bring about a series of problems.
    由于多种原因致使冷凝管内壁积聚了不利于传热的污垢,污垢会产生一系列的危害。