oxygen-enriched air

oxygen-enriched air 基本解释

网络  富氧空气

化学

重点词汇

• airn. 空气, 旋律, 态度 vt. 晾, 使通风, 夸耀
• oxygenn. 氧 [化] 氧O-2
• enricheda. 浓缩的；强化的

oxygen-enriched air 双语例句

1. 1、 Do not permit liquid oxygen or oxygen-enriched air to come in contact with organic materials or flammable or combustible substances of any kind.
   严禁液氧或富氧空气接触有机材料或任何种类的可燃或易燃物质。
2. 2、 This paper analyses and discusses the structure, refractory material and the problems of oxygen-enriched air& top-blown metallurgical furnace, proposes the ideas to solve problems.
   对富氧顶吹炼铅冶金炉的结构、耐火材料使用情况以及生产实践中暴露出来的问题进行分析探讨，提出了解决问题的建议。
3. 3、 The health device has the advantages of reasonable project organization, convenient installation, operation and maintenance, and clean and sterile produced oxygen-enriched air.
   本保健器设计结构合理，安装、操作及维修方便，所产生的富氧空气清洁无菌。
4. 4、 Feasibility of applying membrane separation technology to produce oxygen-enriched air for combustion aid in FCMP production
   膜分离制富氧空气助燃技术在钙镁磷肥生产中运用的可行性
5. 5、 Research on Melting Incineration of Municipal Solid Waste Using High-Temperature and oxygen-enriched air
   城市生活垃圾高温富氧空气熔融焚烧技术研究
6. 6、 Numerical Simulation and Experimental Research of Gasoline Engine Combustion under oxygen-enriched air eutrophication-related factor
   富氧条件下汽油机燃烧过程数值模拟与试验研究
7. 7、 Steel and iron manufacturers also extensively use oxygen or oxygen-enriched air to affect chemical refining and heating associated with carbon removal and other oxidation reactions.
   钢铁制造商还广泛使用氧或富氧空气来影响同除碳和其它氧化反应相联系的化学精炼和加热。
8. 8、 Feasible Analysis of oxygen-enriched air Produced During Calcium Magnesium Phosphate Fertilizer Production as Combustion Adjuvant for Energy Conservation
   钙镁磷肥生产富氧空气助燃节能可行性分析
9. 9、 The new progress of the applied study on the technology of membrane oxygen-enriched air at home
   国内膜法富氧技术应用研究新进展
10. 10、 The factors of making progress of the applied study on the technology of membrane oxygen-enriched air were discussed.
    阐述了膜法富氧技术应用研究不断取得进展的因素；
11. 11、 The commercial-scale test shows that the oxygen-enriched air blowing has opened up a new way to higher output of blister copper under the existing conditions.
    工业试验表明，富氧吹炼开辟了一条在现有条件下提高粗铜产量的新途径。
12. 12、 Enhancing concentration of low grade pyrite, recovery of high-iron cinder, oxygen-enriched air roasting and recovery of waste heat not only conform to China s circular economy policy, but also can greatly improve economic performance of sulphuric acid pla
    加强低品位硫铁矿精选、高铁烧渣回收、富氧空气焙烧、废热回收，不仅符合国家循环经济的产业政策，而且可大幅度提升硫铁矿制酸企业的经济效益。
13. 13、 It have been proved, at home and abroad, that oxygen-enriched air blast can intensify smelting in BF, rise productivity greatly and increase fuel injection.
    国内外高炉冶炼的实践证明，富氧鼓风可以强化高炉冶炼，大大提高高炉的生产能力，增加燃料喷吹量。
14. 14、 Comparing four methods of making oxygen-enriched air, osmotic membrane and oxygen-enriched technology is used in hot blast stove, developing the enriched-oxygen burning technology.
    通过对制造富氧空气的几种方法的比较，将膜法富氧技术应用于热风炉，开发了富氧燃烧技术。
15. 15、 oxygen-enriched air blow for copper matte converter possesses obvious advantages of thermodynamics and kinetics, which has a great potential in energy saving due to fume decreased. Energy saving model of Oxygen enriched blow process and the utilization of
    冰铜富氧吹炼具有明显的热力学和动力学优势.由于烟气量的减少，节能潜力很大.本文在动态热平衡的基础上重点研究了富氧吹炼过程节能模型和富余热量的利用。
16. 16、 A 6kt/ a conventional Claus sulfur recovery unit was revamped with the technology using oxygen-enriched air for increasing the sulfur recovery rate and reducing environment pollution.
    为提高硫回收率，减轻对环境的污染，采用富氧技术对6kt/a常规克劳斯法硫回收装置进行了改进。
17. 17、 The influence of oxidizer velocity on NOx emission characteristics of methane/ oxygen-enriched air coflow jet diffusion flames was investigated experimentally.
    对甲烷/富氧同轴射流扩散火焰燃烧条件下氧化剂流速对NOx排放的影响进行了实验研究。
18. 18、 Preliminary Demonstration of the Process of Gasification with oxygen-enriched air
    对富氧气化工艺的初步论证
19. 19、 Concentrate feed policy, oxygen-enriched air roasting and waste heat recovery of sulphuric acid plants based on pyrite are described.
    介绍了硫铁矿制酸的精料政策、富氧焙烧和废热回收情况。
20. 20、 A discussion on oxygen-enriched air blast intensified smelting in BF
    富氧鼓风强化高炉冶炼的探讨
21. 21、 An Experimental research on oxygen-enriched air/ Methane Counterflow Diffusion Flame
    富氧空气/甲烷对向流扩散火焰的实验研究
22. 22、 A Numerical Study on Reduction Methods of NO in Methane/ oxygen-enriched air Diffusion Flame
    富氧空气/甲烷扩散燃烧的NO抑制机理的数值研究
23. 23、 This paper analyses the application of oxygen-enriched air in flash smelting technology and proposes some measures for energy saving in oxygen making in connection with characteristics of non-ferrous metallurgy.
    本文分析了在有色行业先进的闪速熔炼工艺采用富氧的状况，并针对行业特点，提出了有关制氧节能措施。
24. 24、 The newest developments of the applied study on the technology of membrane oxygen-enriched air were briefly introduced. The applied study was gradually developed from the industrial region to the civil region.
    并详细介绍了膜法富氧技术应用研究的最新进展情况，以及应用研究逐步由工业领域向民用领域发展。
25. 25、 Research and application of the technology using oxygen-enriched air in sulfur recovery unit
    硫回收装置采用富氧技术的研究与应用
26. 26、 A preliminary calculation indicated that oxygen-enriched air blast will save investment and energy, in comparison with building new furnaces.
    初步计算表明，采用富氧鼓风比新建高炉节约投资和能源。
27. 27、 NO_x Emission Characteristics of Methane/ oxygen-enriched air Jet Diffusion Flames
    甲烷/富氧射流扩散火焰NOx的排放特性
28. 28、 Today, in order to strengthen the smelting process and control of environmental pollution, most copper smelting process used industrial oxygen-enriched air or oxygen, because the smelting system has high oxygen potential, leading to copper slag increase.
    为了强化冶炼过程，控制环境污染，在铜冶炼工艺中大都采用富氧空气或工业氧气，由于冶炼体系中氧势高，导致渣含铜量升高。
29. 29、 This topic choosing oxygen-enriched combustion test bed as research object, using liquefied gas as fuel and through preparing oxygen-enriched air with oxygen concentration in21%-30% for combustion experiment.
    本课题以富氧燃烧试验台作为研究对象，采用液化气为燃料，通过制备氧浓度在21%～30%的富氧空气进行燃烧试验。