bellows expansion joint

英 [ˈbeləʊz ɪkˈspænʃn dʒɔɪnt] 美 [ˈbeloʊz ɪkˈspænʃn dʒɔɪnt]

网络  波形膨胀节

化学



双语例句

  1. Another ambient temperature sensor is the vapor-filled bellows. Selection of Bellows-type Expansion Joint and Bellows Adjustment Device
    另一种空气温度传感器是充气波纹管。波纹管补偿器与波纹管调长器的选用
  2. The results show that the stress corrosion is the main failure causing of the bellows expansion joint, while the local pit corrosion, residual stress and the working stress is the necessary condition.
    结果表明,应力腐蚀是该膨胀节失效的主要原因,而局部的点蚀和残余应力、工作应力是应力腐蚀的必要条件。
  3. This paper presents some information about the design and application of bellows type expansion joint used in heat-supply network, taking Yangquan Power Plant No.
    以阳泉第二发电厂新建工程为例,介绍了厂区供热管网中波纹管补偿器的设计及应用情况。
  4. Field manufacturing of large-size sub-rigid stainless steel bellows expansion joint in hydropower station
    水电站大口径亚刚体不锈钢波纹管伸缩节的现场制作
  5. The failure analysis on the leaked bellows expansion joint in catalytic cracking unit was investigated.
    对某石化公司催化裂化装置中泄漏的大型波纹管膨胀节进行了失效分析。
  6. Failure Analysis of Bellows Expansion Joint for Blast Furnace Gas
    高炉煤气管线用波形膨胀节失效分析
  7. Experience of Installation for Metal Bellows-expansion Joint
    金属波纹管膨胀节的安装心得
  8. Stress assess and analysis for distortion of flue gas turbine inlet bellows expansion joint
    烟机入口膨胀节变形过热应力评定及分析
  9. Corrosion Failure of Bellows Type Expansion Joint in Heat-supply Pipeline
    供热管道波纹管补偿器的腐蚀失效
  10. Computer system of bellows expansion joint design
    矩形烟风道波形补偿器设计计算机系统
  11. Study on Corrosion Cracking of Bellows Expansion Joint Made of Stainless Steel
    对真空制盐车间不锈钢膨胀节热影响区腐蚀裂纹的探讨
  12. Both FN 2 and Incoloy steels are most suitable to bellows expansion joint. Using these two steels to replace 18 8 stainless steel can double the service life of bellows expansion joint.
    膨胀节波纹管部分采用FN2和Incoloy钢材最好,实践证明,采用上述两种钢材代替188型不锈钢作为制造波纹管膨胀节的材料,可延长膨胀节寿命2倍以上,有很好的经济效益。
  13. As a result, the concerned issues on application of bellows type expansion joint in heat supply network of power plants have been emphasized.
    给出了波纹管补偿器对固定支架的推力计算方法,并指出了在电厂供热管网中使用波纹管补偿器应注意的问题。
  14. Bellows are the basic units of an expansion joint.
    波纹管是组成膨胀节的基本元件。
  15. The establishment of the quality system of the bellows expansion joint.
    波纹管膨胀节产品质量体系的建立。
  16. This paper proposed overall frame and the realizable method of Bellows Expansion Joint Quotation system.
    本文提出了波形膨胀节报价系统的总体框架和实现方法。
  17. Application of Bellows Expansion Joint in Pressure tested Device of Floating Head Heat Exchanger and Its Analysis Calculation
    波形膨胀节在浮头式换热器试压装置中的应用及分析计算
  18. Development of Bellows Expansion Joint Parametric Drawing Software Based on SolidWorks
    基于SolidWorks的波形膨胀节三维参数化绘图软件的开发
  19. Damage Factors of Bellows Expansion Joint and its Prevention
    波纹膨胀节失效因素与预防
  20. This paper introduces the experience of installation for metal bellows-expansion joint, which is very useful for practical construction.
    介绍安装金属波纹管膨胀节的实际施工经验,它有较大的实用意义。
  21. Quality Control of the welding the bellows expansion joint;
    波纹管膨胀节总成焊接质量的控制;
  22. Application 0f bellows expansion joint at sintering machine and its 'design considerations
    波纹管伸缩节在烧结机中的应用及设计
  23. Research on the Quotation Method for Bellows Expansion Joint
    波形膨胀节报价系统研究
  24. On the Quality Control of the Manufacturing the U-Form Multilayer Metallic Bellows Expansion Joint
    U型多层金属波纹管膨胀节的制造质量控制
  25. Failure analysis and material selection for bellows expansion joint in flue gas expander
    烟气轮机管道膨胀节的失效原因与选材
  26. The Superplastic Forming Technology of Titanium Alloys Bellows Expansion Joint
    钛合金波形膨胀节超塑气胀成形技术研究
  27. Cracking of bellows expansion joint in FCCU and its prevention
    催化裂化装置膨胀节的破裂及防止
  28. Discussion on Design of the Structural Attachment of Metal Bellows Expansion Joint
    金属波纹管膨胀节某些构件设计问题讨论
  29. Metal bellows expansion joint is the flexible part used to absorb dimensional changes caused by thermal expansion or contraction or reduce vibration of a pipeline and equipments. It is currently used in various national economy sectors.
    金属波纹管膨胀节作为一种挠性部件,用以补偿因热胀冷缩、机械位移或振动引起的管线、设备等尺寸变化,已广泛用于国民经济的各个部门。
  30. Analysis and Countermeasure of Failure Mechanism of Metallic Bellows Expansion Joint in Piping Line of Blast Furnace Gas
    高炉煤气管系用金属波纹管膨胀节失效机理分析及对策高炉煤气富化技术