hot-blast stove

英 [hɒt blɑːst stəʊv] 美 [hɑːt blæst stoʊv]

热风炉;高炉热风器

化学



双语例句

  1. Hot-blast stove's high-temperature is a compositive technology.
    热风炉高风温是一项综合技术。
  2. The hot-blast stove is an important auxiliary facility of the blast furnace and its building and lining engineering is a key item in the blast furnace system engineering.
    热风炉是高炉的重要附属设施,热风炉砌筑工程是高炉系统工程中的重点项目。
  3. The design and application of automatic control system for hot-blast stove in melting process
    熔炼热风炉自动控制系统的设计与应用
  4. A great amount of BF gas fron small BF of local I& S enterprises is discharged except the small part for hot-blast stove.
    地方钢铁企业的小高炉,其产生的高炉煤气除用来烧热风炉外,有很大部分都放散掉了。
  5. Simulation and Application on Burner Reform of ZSD Hot-Blast Stove
    ZSD顶燃式热风炉烧嘴改造的模拟研究与应用
  6. The technical characteristics of Hoogovens hot-blast stove on high blasting temperature and long lifetime are introduced in detail.
    详细介绍了霍戈文热风炉技术在高风温和长寿方面的特点;
  7. A lower part heating chamber is formed in the hot-blast stove made from the sheet iron or other material.
    用铁皮或其它材料制做的热风炉,炉内形成下部加热腔。
  8. The Residual Oxygen Control and Burning Load Distribution in Hot-Blast Stove Combustion
    热风炉燃烧中的残氧控制和燃烧量调节
  9. Configuration Analyses and Optimization Design of Hot-Blast Stove
    热风炉结构优化设计与分析
  10. Study on GL Style High Temperature Hot-blast Stove
    GL型高温热风炉的开发研究
  11. Research on Increasing the Blast Temperature of Hot-blast Stove by Strong Radiation Coat
    利用高辐射覆层提高热风炉风温的研究
  12. The Application of Single Cross Limit Control in Combustion Process of Hot-Blast Stove
    单交叉限幅在热风炉燃烧过程控制中的应用
  13. According to the combustion characteristic of the biomass briquette, the biomass briquette hot-blast stove was designed and made.
    根据生物质成型燃料燃烧特性,设计制造出适合燃用生物质成型燃料的专用采暖热风炉,并对其进行了热性能分析。
  14. Application of Fuzzy Genetic Algorithm in Optimized Combustion Control of Hot-blast Stove
    模糊遗传算法在热风炉优化燃烧控制中的应用
  15. Application of rotary and top-burning hot-blast stove
    旋流顶燃式热风炉的应用
  16. The purpose of this paper is to recommend the development of SFF-40 hot-blast stove burning coal.
    本文介绍SFF-40型燃煤热风炉的研制。
  17. Automatic Control System in Hot-Blast Stove Based on PLC
    基于PLC实现的热风炉自动控制系统
  18. Application of expert fuzzy control system in combustion process of hot-blast stove
    专家模糊控制系统在热风炉燃烧过程的应用
  19. This Thesis has studied the fuzzy controlling and the improvement method of stable state performance, and has proposed the temperature control system scheme of the hot-blast stove on this basis.
    本文研究了模糊控制及稳态性能的改进方法,并在此基础上提出了热风炉温度控制系统方案。
  20. According to the existing problem of hot-blast stove control system used in Baoji electric locomotive depot, have proposed the design plan of the controller and implementing scheme of the system.
    根据宝鸡电力机车段生产中使用的热风炉控制系统存在的问题,提出了控制器的设计方案和系统的实施方案。
  21. The application of inorganic heat conduction unit on preheater of hot-blast stove
    无机热传导元件在热风炉预热器上的应用
  22. Drying of Wood Flour by the New Hot-Blast Stove
    一种新型热风炉在木粉干燥过程中的应用
  23. Based on the base construction of hot-blast stove the construction technique of large bulky concrete and method to control temperature crevice in concrete are introduced.
    通过热风炉基础施工,介绍了大体积混凝土的施工技术及防止混凝土温度裂缝的控制方法。
  24. Modelling and Analysing of Hot-Blast Stove Energy Saving and Simulation System with UML
    热风炉节能模拟系统的UML建模与分析
  25. Experimental study of SEMI-FLAME ceramic burner in hot-blast stove
    热风炉用半焰式陶瓷燃烧器的试验研究
  26. The cold test and production test show that the ceramic burner is suitable for hot-blast stove with high support combustion chamber.
    通过冷态试验和工业生产试验表明,该陶瓷燃烧器适于在高架燃烧室的热风炉上使用。
  27. Fuzzy Controller Used in Combustion System of Hot-Blast Stove
    用于热风炉燃烧系统的模糊控制器
  28. Design and Research on a Additional Preheating Heat-Exchanging Process for Hot-Blast Stove
    热风炉前置预热工艺设计与研究
  29. The control quality of hot-blast stove system is directly related to the safe and economic running of the power plant.
    热风炉燃烧控制系统的控制品质直接关系到整个机组的安全和经济运行。
  30. But because of BF and Hot-Blast Stove are continuous production, automatic control system design and equipment selection must have high reliability and emergency handling.
    而且由于高炉及热风炉生产连续性的要求,在自动化控制系统设计及设备选择上有高可靠性及应急处理的要求。