efficiency of the furnace

英 [ɪˈfɪʃnsi ɒv ðə ˈfɜːnɪs] 美 [ɪˈfɪʃnsi əv ðə ˈfɜːrnɪs]

炉效率

化学



双语例句

  1. In this design, the heat transfer efficiency is generally limited by the size of the furnace and the temperature limit of the refractories.
    采用这种方法时,传热效率往往会受到窑炉的尺寸大小和窑炉耐火材料所能承受的极限温度的限制而大打折扣。
  2. Affecting directly the efficiency of furnace production, furnace slag demolition becomes one of the key procedures in furnace maintenance practice.
    炉底残铁的清除是高炉大修的一个重要环节,直接影响到企业的生产效率。
  3. Design of solving problem in low efficiency of the furnace was found, which has particular operation and structure in liquid paraffin unit.
    提出了具体的设计方案,以解决工艺操作及设备结构较独特的液蜡加热炉热效率低的问题。
  4. It was deemed that a balanced, orderly heating process is important to the efficiency of the energy-saving furnace.
    最后指出加热生产均衡有序进行是高效节能加热炉达标的重要制约因素;
  5. The flowing of slag in molten bath of an electric cleaning furnace has important effects on heat efficiency, the recovery of valuable metals and the life of a furnace.
    贫化电炉熔池内炉渣运动对炉子的热效率、有价金属的回收及使用寿命有重要影响。
  6. The excessive air coefficient, flue gas emission temperature and fuel consumption are three major factors affecting the heat efficiency of the furnace.
    过剩空气系数、排烟温度、燃料用量是影响加热炉热效率的三个主要因素。
  7. The contrast test and the analyses on the electric test furnace not coated with the infrared coatings indicated that the energy saving efficiency of the coated furnace could reach to 4. 1%-7. 4% under test conditions.
    介绍了在实验电炉上涂或不涂红外涂料的对比实验情况,并进行了结果分析,结果表明:在该实验条件下,节能效果可在4.1%~7.4%。
  8. The thermophysical property of homemade insulating materials was approached and compared with the same product from abroad in order to increase the reliability and insulating efficiency of the insulating materials used in vinyl cracking furnace in China.
    为了提高我国石化行业乙烯裂解炉内衬用轻质隔热耐火材料的安全性和隔热效率,对国产高温隔热材料的热物理性能进行了探讨,并且与国外同类产品进行了对比分析。
  9. The C DRR diagram is highly appraised by blast furnace operators because it is capable of manifestly and illustratively displaying the heat level and energy efficiency of the furnace, pointing out energy saving potential, and bringing the blast furnace operation from qualitative grasping to quantitative understanding.
    因C-DRR图能够直观清晰地显示高炉的热量水平和利用效率,指明高炉的节能降耗潜力,使高炉操作从定性把握转为定量理解,所以受到操作者的欢迎。
  10. After renovated, the heat efficiency of the furnace has been increased by 4%.
    比较了该炉改造前后的操作,改造后炉子热效率提高4%。
  11. In this article, the methods to enhance the heat efficiency of the pipe heating furnace was analyzed. With the reform of the pipe heating furnace for energy saving as the example, the necessity of the reform was stated.
    本文分析了提高管式加热炉热效率的方法和措施,并以炼厂管式加热炉节能改造为例,说明了加热炉节能改造的必要性。
  12. The efficiency of the sealing box furnace has been improved obviously by usages of configuration soft.
    多用炉系统的工作效率得到了显著的提高。
  13. Under charging carbon composite briquette, the heat efficiency of blast furnace improves considerably and the operation performance of blast furnace is effectively enhanced.
    在一定范围内使用热压含碳球团,高炉热利用效率明显提高,操作性能将有效改善。
  14. This paper suggests how to improve thermal efficiency of the glass furnace regenerator by modifying flow distribution homosphere, enhances heat transfer performance, selects the reasonable regenerative structures etc.
    从改善蓄热室内气流分布均匀度、提高蓄热室换热强度和选择合理的蓄热室结构、格子砖等方面,提出如何提高玻璃熔窑蓄热室的热效率。
  15. The field implementation shows that the presented system can improve the colorific efficiency of the furnace by 2%.
    该系统在现场实施后,使加热炉的热效率提高了2%。
  16. Forty heating furnaces modification practice indicate that 8% increase of the thermal efficiency of the heating furnace can be realized.
    通过40余台加热炉的改造实践证明,改造后加热炉的热效率平均提高8%左右,热管温度控制及烟气阻力控制是改造设计的关键。
  17. In order to raise the thermal efficiency of the furnace some uninterrupted improvements are needed.
    然而,要进一步提高炉子热效率还需不断改进。
  18. Equipped with the heat exchanger that can use residual heat to produce active steam, efficiency of the furnace is up to 72%.
    研发的热交换器能够将排出的余气重新利用,热效率达到72%。
  19. In order to raise efficiency of inference, this paper discusses the way to improve ability of real-time response of expert system for blast furnace in view of knowledge engineering and puts forword the methods afterwards.
    以知识工程的角度,从提高推理效率入手,讨论了提高高炉专家系统实时响应能力的途径,指出了提高高炉专家系统实时响应能力的方法。
  20. On the other hand, the calculation of calorific efficiency on line can be done with the help of powerful calculation and control abilities, thereby the furnace works in high efficiency.
    另一方面利用PNA可编程调节器强大的计算控制能力,完成加热炉在线热效率计算寻优,从而使加热炉在较高的效率下工作。
  21. 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。
  22. Ii) The combustion efficiency increases when the parameters in terms of the primary air fraction, the furnace temperature and the blended ratio ( w%). But it increases firstly and then decreases with the increasing of the excess air coefficient.
    燃料的燃烧效率随一次风率、炉膛温度和掺混百分含量的增大而增大,随过量空气系数的增大,先增大后减小。
  23. In China, more than 90% of the blast furnace raw materials are provided by the sintered material. Using of sinter can improve the efficiency of the blast furnace, decrease coke rate, and result in good economic benefits.
    在我国,90%以上的高炉入炉炉料是靠烧结法提供的,使用烧结矿可以使高炉冶炼效率提高,焦比降低,从而产生良好的经济效益。
  24. Membrane water-wall of the boiler structure can enhance boiler seal, improve fuel thermal efficiency, reduce material, and weight of the furnace wall.
    膜式水冷壁的锅炉结构可以加强锅炉密封性,提高燃料热利用率,减少炉墙的材料和重量。
  25. The application of the technology can enhance the efficiency and save the fuels and other energy consumption of the heating furnace.
    采用该项技术实施定期除垢,可以提高其热效率、节约燃料及其它能耗。
  26. The treatment efficiency of incinerator was improved and the temperature of incinerator furnace was continuously higher during the combustion process. By the newly established MSW source-classified collection and incineration system, the net enery output of the waste heat boiler increased significantly.
    新型的垃圾分类收运与焚烧处理综合技术体系下,垃圾焚烧炉的处理效率显著提高,在降低助燃系统能耗的同时可显著提升垃圾焚烧过程炉膛温度。
  27. Reverberatory furnace is a key equipment for production of reclaimed copper. But its application is greatly limited due to the problems, such as low thermal efficiency, low recovery rate, unstable product quality, short life of the furnace.
    反射炉是再生铜生产的关键设备,但由于存在热效率低、金属回收率低、产品质量不稳定、炉子使用寿命低等问题,使其应用受到很大限制。