热风炉用英语怎么说，热风炉的英文翻译

词语导航

基本信息

词语：热风炉

繁体：熱風爐

拼音：rè fēng lú

英语翻译

【化】 Cowper blast air heater; Cowper stove; hot blast heater
hot-blast furnace; hot-blast stove
【医】 air-stove

相关词条

1.hot-blaststove  2.warm-airfurnace  3.airheatingstove  4.airstove  5.airstove  6.hotblastheater  7.heatgenerator  8.calorifier  9.airheater  10.hot-airoven  11.hot-airunit  12.hot-blastfurnace  13.hot-airstove  14.stove  15.hotair-brownoven  

分词翻译

热的英语翻译：

ardent; caloric; craze; eager; fever; heat; hot; warm
【化】 heat
【医】 calor; cauma; febris; fever; fievre; heat; hyperthermia; hyperthermy
phlegmasia; phlegmonosis; pyreto-; pyro-; therm-; thermo-

风的英语翻译：

wind
【医】 anemo-

炉的英语翻译：

furnace; kiln; stove
【医】 furnace

翻译例句

1. 并拥有专利产品水暖热风炉。

Besides, we hold a patent of water heater.

2. 本文主要对该热风炉进行热工验证计算。

This paper focuses on checking computation of thermotechnology in this stove.

3. 简述了热风炉燃烧工艺和控制系统性能指标；

The burning technics and the performance index of the control system are summarized.

4. 本文着重介绍自身预热热风炉的理论基础及其优点。

In this paper the authors put emphasis on introducing the theoretical bases and advantages of the self-preheating stove process.

5. 高铝质耐火泥浆用于高炉、热风炉及其它工业炉砌筑高铝砖。

High aluminum refractory mortars widely used for aluminum brick masonry in blast furnaces, hot air stoves coke ovens, reheating furnaces and other industry furnaces.

6. 本文介绍了旋板式燃煤间接加热热风炉的工作原理及设计方法。

The working principle and designing methods of the indirect heating helical type coal burner were presented in this paper.

7. 为了满足热风炉高风温和长寿的需要，必须认真选择耐火材料。

Tt is necessary to select refractories carefully in order to meet the requirements for high temperature hot blast and long life of hot blast stove.

8. 论述了高炉煤气富化分离对提高热风炉理论燃烧温度的重要意义。

The significance in increasing theoretical hot stove burning temperature by blast furnace gas enriching and separating was expounded in this paper.

9. 并调查了攀钢热风炉现状，分析了其存在问题并提出了改进建议。WwW.wENtiYI.COM

The investigation on the status of hot stoves at Pangang is conducted, and the existing problems are also analyzed for the Suggestions raised thereafter.

10. 分析了陶瓷纤维机制板的技术性能及在济钢热风炉上的应用效果。

The technological performance and the application effect on the Jigang stoves of the ceramic fiber machine-made board are analysed.

11. 用于高炉、热风炉砌筑刚玉砖、莫来石砖、硅线石砖、低蠕变高铝砖。

Used for corundum bricks , mullite bricks , silicate bricks masonry in blast furnaces , hot air stoves .

12. 热风炉系统有四种操作方式：全自动、半自动、远程手动、机旁手动？

The hot blast stove system has four kinds of operating mode: full automatic, semi automatic, remote manual and local manual.

13. 分析了热风炉设计中的工作可靠性、强化传热、膨胀补偿等关键问题。

Some key problems in hot blast furnace design are analysis, such as operation reliability, strengthen heat transfer, expanding compensation and so on.

14. 首先本文运用非定常气流流动理论来研究热风炉管内气柱的动力特性。

Study the gas dynamic characteristic based on non-steady flow theory of gas.

15. 热平衡测试表明，新热风炉具有热能利用指标好、煤气燃烧完全等优点。

The heat balance measurement on these hot stoves indicated that they had such advantages as good heat energy utilization, enough combustion of gas and so on.

16. 介绍了矿井用燃煤热风炉的选择，提出了热风炉安装、使用中的注意事项。

The selection of coal fired hot blast stoves designed for mines is introduced and the points needing attention in the process of installing and using them are presented.

17. 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。

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.

18. 热风炉格子砖烟气分布是否均匀，对热风炉的工作状态和鼓风加热温度有很大影响。

Distribution uniformity of flue gases in brick cell of hot stove has a great influence on its work conditions and blast temperature.

19. 预热法包括用热管换热器、管式换热器、板式换热器、热媒式换热器和蓄热式热风炉。

The preheating method includes heat-pipe exchanger, tubular heat exchanger, plate heat exchanger, heat medium exchanger and regenerative hot stove.

20. 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。

The cold test and production test show that the ceramic burner is suitable for hot-blast stove with high support combustion chamber.

21. 本文主要根据白碳黑干燥热风炉工作的特点从工艺和结构设计方面提出一些优化的方案。

This article introduces the idea of the design of white carbon bkck insiccation hot air oven, bases on its characteristics the author proposes some improved schemes on technology and structure.

22. 通过对热风炉三次风的改向，降低炉膛温度，减少对炉衬损伤，提高热风炉的生产能力。

The direction of third inlet air has been changed in order to reduce the temperature of the furnace, decrease the damage of the furnace lining, and increase the productive capacity of the furnace.

23. 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。

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.

24. 与粮食烘干相关的各种机械设备的研究，特别是热风炉热工性能的研究成为很棘手的问题。

Researches of mechanism equipments, especially one of which is the heat state of hot wind furnace, related with drying food supplies have become crucial.

25. 由于设计等方面的因素，所用热风炉系统在生产中存在不少问题，制约着生产的正常进行。

Due to design and other factors, the hot blast furnace system used in production reveals some problems, which restrict normal production.

26. 济南钢铁集团总公司第一炼铁厂热风炉风温较低，成为制约高炉技术经济指标提高的瓶颈。

The blast temperature is low in the first iron mill of jinan Iron and Steel Group Co… It becomes bottleneck of conditioning technique and economic target to elevate the blast furnace.

27. 本文介绍了一种新型的燃煤流化床热风炉的结构和工作原理，探讨了该炉的燃烧和传热特性。

Construction and working principle of a new design are introduced, combustion and heat transfer performance in the furnace approached.

28. 详细阐述了热风炉燃烧控制系统的设计思想及设计步骤：建立了热风炉模糊自适应控制模型；

The strategy and the process of design are expounded. The model of fuzzy adaptive control which used in hot blast stove is established.

29. 利用引射器将低压焦炉煤气引入高炉热风炉中以提高风温，达到了降低焦比、提高生铁产量之目的。

Coke gas was introduced into blast furnace hot air stove by use of ejector to increase air temperature so as to achieve the aim of reducing coke rate and increasing the production.

30. 利用引射器将低压焦炉煤气引入高炉热风炉中以提高风温，达到了降低焦比、提高生铁产量之目的。

Coke gas was introduced into blast furnace hot air stove by use of ejector to increase air temperature so as to achieve the aim of reducing coke rate and increasing the production.