heat resistance furnace

英 [hiːt rɪˈzɪstəns ˈfɜːnɪs] 美 [hiːt rɪˈzɪstəns ˈfɜːrnɪs]

【化】耐热炉

化学



双语例句

  1. Heat calculation and analysis were done during the melting in a vacuum consumable electro-arc furnace to obtain the average temperature in the furnace, with the contact resistance relating to the main parts of the furnace calculated and discussed.
    通过对真空自耗电弧炉熔炼时的热量计算和分析,得出了炉内平均温度。
  2. Complex Heat Screen for Vacuum Resistance Furnace
    真空电阻炉的复合热屏蔽
  3. Investigation of Calculating the Power of Nonstandard Periodic Heat Treatment Resistance Furnace
    非标准周期作业热处理电阻炉功率简易计算的探讨
  4. This article is tried to design and calculate the complex heat screen of vacuum resistance furnace by the analysis method as a substitution for the conventional spline fit method.
    本文试图建立一种分析法代替传统采用的试凑法,对真空电阻炉的复合热屏蔽进行设计、计算。
  5. 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;
  6. This paper studied the characteristics of fluidization, eating up and electricity on a new-type fluidized bed heat treatment resistance furnace.
    对一种新型流化床热处理电炉的流化特性,热态升温特性及电特性进行了试验研究。
  7. The application of Si Fe and Si Al alloys as heating agent to heat molten steel is studied by using MoSi resistance furnace and medium frequency induction furnace.
    在硅化钼电阻炉和中频感应炉内,用Si-Fe、Si-Al合金作发热剂进行了钢液升温的实验研究。
  8. The basic principle of an adaptive pole-zero placement controller with given servo and regulation performances is presented, and its successful practical application to the temperature control of a heat treatment resistance furnace is introduced.
    本文介绍了能同时考虑系统的伺服性能和调节性能的自适应零极点配置控制的基本原理,并成功地将其应用于热处理电阻炉的温度控制中。
  9. Features, calculation of heat balance, main technological parameters of choice about huge resistance furnace for hot galvanized tube are described in this paper.
    介绍了镀锌钢管用大型电阻炉的特点,热平衡计算,及锌锅壁厚、主要技术参数的选择。
  10. The fire-resistant plastic materials have good performance of cold resistance and heat resistance and can greatly increase the service life of the furnace top. They have good prospect of development and application.
    耐火可塑料运用在加热炉炉顶耐急冷急热性能好,可大大提高炉顶的使用寿命,具有良好的发展和应用前景。
  11. On a simplified impulse response model, a predictive temperature control system for a heat treatment resistance furnace is designed.
    基于过阻尼过程的简化脉冲响应模型,设计了热处理电阻炉温度的预测控制系统。
  12. The Investigation on a New-Type Fluidized Bed Heat Treatment Resistance Furnace
    新型流化床热处理电炉的试验研究
  13. The mathematical model of heat transfer at hearth bottom was established. The calculated results show that appropriate parameters of lined ceramic pads can improve erosion resistance of the bottom and prolong campaign life of blast furnace.
    建立了炉缸炉底传热学模型,应用该模型的计算结果表明:在生产初期,合适的陶瓷垫参数能够提高炉底的抗侵蚀能力,减缓炉底的侵蚀速度,延长高炉寿命。
  14. Study on Temperature Measure and Control in the Field of the Heat Treatment Resistance Furnace
    热处理电阻炉温度现场检测与控制研究
  15. As for preparing the billet by the method of low super heat, so the equipment for preparing the billet consists of resistance furnace for melting the aluminum alloy and metallic mould for casting the billet.
    原始坯料是采用低过热法制备,因此坯料制备装置包括熔炼铝合金的电阻炉以及浇注料坯的金属模具。
  16. Heat loss calculation of lining of vacuum resistance furnace
    真空电阻炉炉衬热损耗计算
  17. Industrial furnace is commonly used heating equipment, it is very important to design and optimize the furnace. In this paper, it simulates and optimize the heat transfer characteristics of the core of the resistance furnace detailed.
    工业电炉是普遍使用的加热设备,对其进行优化设计的研究具有重要意义。
  18. The insulation efficiency of the heat shield will affect the temperature of the vacuum resistance furnace both inside and outside and also have influence on the overall performance of the vacuum furnace.
    因为隔热屏的隔热效率直接影响到真空电阻炉的炉内温度与炉外的温度,对于真空电阻炉的整体性能有着很大的影响。
  19. As an important component the heat shield plays a momentous role in the vacuum resistance furnace.
    作为高温炉的重要组成部分,隔热屏占有很重要的地位。