electric resistance furnace

英 [ɪˈlektrɪk rɪˈzɪstəns ˈfɜːnɪs] 美 [ɪˈlektrɪk rɪˈzɪstəns ˈfɜːrnɪs]

电阻炉

化学



双语例句

  1. This text introduced a kind of with digital signal processor DSP for core of electric resistance furnace temperature control system.
    本文介绍了一种以数字信号处理器DSP为核心的电阻炉温度控制系统。
  2. Activated carbon for electric double layer capacitors was prepared from coal by activation with KOH through heating by microwave radiation and resistance furnace heating.
    以煤为原料,KOH为活化剂,采用微波辐射加热法和电阻炉加热法制备出双电层电容器用活性炭。
  3. A electric resistance furnace, improves the thermal efficiency of the melting process.
    这种电阻式熔炉提高了熔化过程中的热效率。
  4. The research results of Si-Ca-Ba heating agent for liquid steel were obtained in laboratory using electric resistance furnace that with adding suitable CaO and CaF2 the [ P] and [ S] did not increase and with adding CaO the erosion of magnesia refractory decreased.
    使用实验室小型电阻炉对Si-Ca-Ba钢液发热剂的研究结果得出:向渣中加入适量CaO和CaF2可使[P][S]不增加;适量加入CaO可减少对镁质耐火材料的侵蚀。
  5. Trouble shooting and improving of box electric resistance furnace with SCR temperature control
    可控硅温控箱式电阻炉的故障排除及改进
  6. Development of QD-768 electric resistance furnace in hot-dip galvanization process
    QD&768热镀锌电阻炉的研制
  7. The methods of short network layout, direct welding or both compression joint and welding between connections are concluded according to long trem practices to reduce electric resistance in contact surface, increase integral electrical conductivity of the short network and power factor of the furnace.
    长期生产实践总结出矿热炉短网布置与各个联结部位采用直接焊接或压接加焊接,软母线整体浇注等方法,可降低接触面的电阻,提高短网整体导电性能与电炉功率因数。
  8. THE STUDY OF SURFACE HARDENING OF STEEL TOOLS AND MACHINE PARTS BY MEANS OF HIGH TEMPERATURE SOLAR FURNACE Suitable graphitization apparatus of carbon fiber includes tube electric resistance furnace, induction furnace, solar furnace, and plasma technology.
    利用高温太阳炉对钢铁工具和零件进行表面硬化的研究着重介绍了碳纤维石墨化设备的研究与进展,并对其发展进行了展望,主要内容包括电阻炉、感应炉、太阳炉和等离子体技术。
  9. Development of New All-ceramic fiber-lined Bell type 610 kW Electric Resistance Furnace for Enameling
    新型搪烧设备610kW全纤维钟罩式电阻炉的研制
  10. Microcomputer Used Optimalizing Control System for Multistage Electric Resistance Furnace The paper studies the majorization reaction process to produce HFP through multistage heating-mixing pyrolysis.
    微机多段加热电阻炉的自寻优控制系统采用多段加热混合裂解制六氟丙烯新技术稳定了裂解工艺,克服了管式反应器的飞温现象,延长了裂解管寿命;
  11. The Optimum Design of Pusher type Electric Resistance Furnace
    推杆式电阻炉的优化设计
  12. Theoretical Analysis on the Results of Using Power-saving Coating in Electric Resistance Furnace
    节能涂料在电阻炉上使用效果的理论分析
  13. A study on the optimal design of box-type electric resistance furnace lining
    箱式电阻炉炉衬最佳设计的研究
  14. The high quality coating and as a core its application in electric resistance furnace for energy saving are stated. It provides energy saving up to 20% as compared with new furnace and ≥ 40% as compared with old furnace.
    简介以优质涂料为核心的全套电阻炉节能技术,它比用现行方法生产的同型新炉约节能20%,比旧炉节能≥40%。
  15. Universal Box-type Oven Microcomputer Used Optimalizing Control System for Multistage Electric Resistance Furnace
    多用箱式炉微机多段加热电阻炉的自寻优控制系统
  16. Structural Design and Construction of Power Conservative Type Electric Resistance Furnace for Zinc Hot Plating
    节能型热镀锌电阻炉结构设计和筑炉
  17. The brief introduction of the QD-768 Hot-dip Galvanization Electric Resistance Furnace covers the design features, main technical data and operation result of the furnace, focusing on calculation method used for heat consumption of the zinc bath.
    简介了研制的QD&768热镀锌电阻炉的设计特点、技术参数和应用情况。侧重介绍了锌锅热量消耗的计算方法。
  18. Application of Simplified CGPC Controller in Temperature Control of Electric Resistance Furnace
    简化CGPC控制器在管式电阻炉炉温控制中的应用
  19. The design Characteristics and the calculation of the heat balance of the power conservative type hot zinc plating electric resistance furnace under investigation are described, and the required power of the furnace thus obtained and the optimal selection of the resistance element are also introduced.
    本文有两部分内容:一、阐述节能型热镀锌电阻炉的设计结构特点及其热平衡计算方法,最终得出所需功率并合理地选用电阻发热元件;
  20. A complete electric resistance furnace with all-fibred, double top of furnace, high emissive coating, protective enhancement coating, directive emission-enhancement heating elements, automatic furnace door squish mechanism and movable shroud was obtained, and its structural characteristic and energy saving theory was discussed.
    介绍了采用全纤维、双炉台、高发射率涂料、保护增强涂料、定向增强辐射加热元件、自动炉门压紧机构、移动罩式等技术制造的节能电阻炉的结构特点和节能原理。
  21. A microcomputer controlled system of temperature and speed for the continuous electric resistance furnace with multi-temperature regions
    网带式连续烧结炉炉温及网带速度微机控制系统
  22. This paper introduces the application of the simplex, direct search method to two input and two output electric resistance furnace control system.
    本文介绍了作者将单纯形加速优化方法应用于双输入-双输出电炉控制的实验情况。
  23. This paper introduced on electric resistance furnace applied both side silicon controlled rectifier control and intelligence instruments, applied cycle controller system instead of original contactor control system to obtain satisfy control and energy saving effect.
    本文介绍电阻加热炉采用双向可控硅控制加智能仪表,周波控制器的控制系统代替原来的接触控制系统后,在实际中获得满意的控制和节能效果。
  24. Application of the Complete Energy-Saving Technique in Industrial Electric Resistance Furnace
    成套节电技术在工业电阻炉中的应用
  25. Study on High Precision Universal Computer Temperature Control System for Electric Resistance Furnace
    通用高精度计算机炉温控制系统研究
  26. Improvement of control system in forge electric resistance heating furnace
    锻造电阻加热炉控制系统的改进
  27. Modeling of Electric Resistance Furnace in a Remote Simulation and Control Laboratory CAD and Data Management System for Cased Resistance ─ heated Furnace
    面向远程仿真的电阻炉建模研究箱式电阻炉CAD及其数据管理系统
  28. The optimum oxidizability and basicity of the final slag in refining the high phosphorus containing hot metal by the top bottom blown converter are determined through experiments in an electric resistance furnace in the laboratory.
    通过在实验室电阻炉上的实验研究,得出了复吹转炉在吹炼含磷较高铁水时冶炼终点最佳的炉渣氧化性和碱度。
  29. The system adopts with the compressor and liquid nitrogen to cool down, while using electric resistance furnace to heat.
    本系统采取压缩机与液氮制冷两种降温操作模式,同时采用电阻炉对系统进行升温操作。