air heating furnace

英 [eə(r) ˈhiːtɪŋ ˈfɜːnɪs] 美 [er ˈhiːtɪŋ ˈfɜːrnɪs]

网络  热风炉

机械



双语例句

  1. To analyze the scale formation corrosion on outside wall of the bundle of tubes of the air preheater of the heating furnace in hydrogenation cracking set in the oil refining system.
    分析了炼油系统加氢裂化装置生产过程中加热炉空气预热器管束外壁结垢与腐蚀原因。
  2. Decide that to choose the air force rotating blowing dust device as serve as heating furnace blowing dust device.
    介绍了气动旋转式吹灰器的工作原理、工作参数及它的几种控制方式。
  3. The results show that air preheating temperature, wall temperature and heat transfer coefficient vary as heating and holding of furnace.
    结果表明,辐射换热器的传热特性随炉子的升温及保温过程变化而波动很大,因而对炉子的热工性能产生了影响。
  4. Heating pipe type air preheater was used in the heating furnace and the frequency modulation technique was employed in the induced draft fan and the air blower, which increased the heat furnace efficiency by 7.2%.
    加热炉改用无机热管式空气预热器,引风机、鼓风机改用变频技术,使加热炉热效率提高7.2个百分点;
  5. Introduce the systems and components of residential furnace air heating systems, the characteristics and economic performance of air heating systems are analyzed. It is pointed that furnace air hearing systems in residential building will have wide use and bright prospects.
    介绍了热风炉热风供热系统的组成,分析了热风供热系统的特点和经济性,指出了热风供热系统在住宅建筑中的应用和发展前景。
  6. During the simulation of the dynamic properties of regenerative high temperature air combustion system in coupled case, an industrial heating furnace model is selected as the physics model.
    在对耦合工况下蓄热式燃烧系统的动力特性分析中,以一个工业用蓄热式加热炉为参考计算模型。
  7. The Influence and Control of Air Comsumption Factor on Steel Rolling Heating Furnace
    轧钢加热炉空气消耗系数的影响及控制
  8. Application of Feedforward and Feedback Optimization Technique for Air/ Fuel Ratio to Heating Furnace
    空气燃料比寻优技术在加热炉中的应用
  9. Effect of the air jet inclination angle on NO_x formation in regenerative heating furnace
    空气射流夹角对蓄热式加热炉内NOx生成的影响
  10. A new kind of combustion named high temperature air combustion with enriched oxygen content is applied into the billet heating furnace.
    针对钢坯加热工艺提出一种高温富氧空气燃烧新技术。