tube heater

英 [tjuːb ˈhiːtə(r)] 美 [tuːb ˈhiːtər]

网络  热缩管加热时间

化学



双语例句

  1. Engineering technical requirements of refinery tube heater burners A NEW FORMULA TO CALCULATE PROMPT RACEWAY ADIABATIC FLAME TEMPERATURE OF BLAST FURNACES WITH OXYGEN-ENRICHMENT AND PCI
    炼油厂管式加热炉燃烧器工程技术条件高炉富氧喷煤条件下理论燃烧温度的即时算法
  2. Evacuated quartz tube heater Simulation for the Temperature Field and Flow Field of Solar Energy Heat Pipe Evacuated Tubular
    抽真空式石英管加热器太阳能真空管热管式集热管温度场及流场分析
  3. Performance Research on Evacuated Tube Solar Water Heater with Inner Tubes
    具有内插管的真空管太阳能热水器性能研究
  4. Engineering technical requirements of refinery tube heater heat-resistant ductile iron casting
    炼油厂管式加热炉耐热球墨铸铁件工程技术条件
  5. Tubular graphitic heat-exchanger evacuated quartz tube heater
    抽真空式石英管加热器
  6. Metal tube far infrared heater
    GB/T8623-1988金属管状远红外辐射加热器
  7. Alternatively, the SER is available with a clear ID which allows it to be used as a tube heater.
    可以选择的,SER型硅碳棒有空旷的内径,常被用作加热管。
  8. Improvement Measures of Exhausting the Jet in the Concentric Vertical Launching Equipment Fire Tube Heater with Heat Pipe
    同心筒垂直发射装置排导燃气流的改进火筒式热管加热炉
  9. Thermal Performance of Vacuum Tube Solar Water Heater in Winter
    真空管太阳能热水器冬季热性能研究
  10. Fire Tube Heater with Heat Pipe DEVELOPMENT OF U TYPE HIGH-PRESSURE HEATER PIPE
    火筒式热管加热炉U型高压加热器管的研制
  11. The Design of Separate Type Heat Tube Heater in Oil Pump Station
    输油泵站分离式热管加热炉的设计
  12. According to the measurement and analysis of natural vibration characteristics of tube heater, a simplified calculating method and empirical formulae were suggested.
    根据管式加热炉结构和动力特征的实测结果,提出了简便的计算方法和经验公式。
  13. Computer program for tube heater process calculation
    管式加热炉工艺计算程序的编制
  14. Dynamic characteristic of tube heater(ⅰ)
    管式加热炉动力特征(上)
  15. Study on the CAD for shell and tube steam heater
    管壳式蒸汽加热器CAD研究
  16. Computer program for the tube heater process calculation made by Design Institute of Urumqi General Petrochemical Works and the mathematical model it adopted are introduced together with the calculation example.
    介绍了乌鲁木齐石化总厂设计院编制的用于管式加热炉工艺计算的电子计算机程序,包括该程序采用的数学模型,并附有例题。
  17. Linearization method with subsection of distributing parameter model of the tube heater
    管式换热器分布参数模型的分段线性化方法研究
  18. Stress Analysis of the High pressure Spiral tube Heater Head of a 100 MW Unit
    100MW螺管高压加热器底封头应力分析
  19. It is very difficult for us to get the analytical solution of distributing parameter model of dynamic process of a tube heater, and the approximate solution of this model can be obtained with the help of the subsection linearization.
    管式换热器动态过程分布参数模型的解析求解是比较困难的,分段线性化是近似求解的有效办法。
  20. Worksite Test on Using Thermal Tube to Fire Tube Type Heater
    火筒式加热炉应用热管技术现场试验
  21. Experimental study of all-glass vacuum tube solar water heater with an inserted rod
    带有内插棒的全玻璃真空管太阳热水器的实验研究
  22. The result showed that it was an efficient and proper method which can serve as a new assistant means for the design of vacuum tube solar heater.
    结果表明,该方法速度快,结果较准确,为真空管太阳能热水器的设计提供了一个新的辅助手段。
  23. The Local Corrosion of Furnace Tube of Heater and Its Countermeasures
    加热炉炉管局部腐蚀及防治
  24. Local corrosion of the low pressure boiler and its prevention The Local Corrosion of Furnace Tube of Heater and Its Countermeasures
    低压锅炉局部腐蚀与防范措施加热炉炉管局部腐蚀及防治
  25. Thermal efficiency is an important parameter for the design of vacuum tube solar heater.
    热效率是设计真空管太阳能热水器时的重要参数。
  26. The experimental research of the vacuum tube water heater with supplant tube
    带排挤管的真空管太阳能热水器实验研究
  27. Brine heater, a tube heater with single import and export, is one of the main devices for the MSF system. Although it is not difficult to model and simulate its dynamic process for such a heater, some mistakes in literature are found.
    盐水加热器是MSF系统的主要设备之一,为单入单出的管式换热器,这类换热器动态过程的建模与仿真问题并不是十分复杂,但仍然存在一些问题。
  28. The useless volume, the total heat flux and heat flow of the two kinds of heater were compared, and it proved that the designed tube heater is better than the original fin heater.
    对比结果表明,所设计的管式加热器在无益容积、换热总量和热流密度等方面要比原肋片式加热器要好。
  29. In response to this problem, Professor Zhang Shaofeng of Hebei University of technology presented a new type evaporator with multi-separation chamber and double tube pass heater.
    对于粘度随浓度变化较大的物料,在目前的工业蒸发操作中普遍存在传热系数低的问题,对此,河北工业大学张少峰等提出了一种新型多室双管程蒸发器。