高温工况

提高床层温度会导致NO排放的而增加，但同时却降低了N20浓度。在高温工况下，空气分级燃烧能够很大程度上的降低NO浓度，但二次风比例存在一个最佳值。

Raise the bed temperature would increase NO emission , but at the same time reduce N2O concentration . In high temperature condition , air-staging combustion is conducive for NO reduction , but there exists an optimized secondary air ratio .

高温工况钢结构的设计计算

Design calculation on steel structure part working at high temperature

高温工况下管法兰接头的密封失效及防止措施

Seal Failure of Piping Flange Connection Under High Temperature Cases and Its Prevention Measures

高温工况下一种耐热耐磨新材料的组织、性能研究

Study on Microstructure and Properties for a New Heat-resistant and Wear-resistant Material Served at Elevated Temperature

对风机转子在积泥（液）和高温工况下的动力性能进行了讨论；

The dynamic performance of blower rotor which is always in deposition ( liquid ), and high-temperature conditions is discussed .

对高温工况下钢结构以弹性变形与蠕变理论进行设计计算作了实例比较，结果表明：对超过蠕变温度的构件应按蠕变理论计算；

In design calculation on steel structure part working at high temperature , design calculation with creep theory was compared to design calculation with elastic deformation theory .

通过模拟可知在高温工况时对压缩机结构参数进行优化，对压缩机能耗的影响并不明显，此时应当考虑其它的优化方法。

Through optimize and design the structure of compressor in high evaporating temperature condition , it is known that the influence of energy consumption is not obvious . At this time should use other optimization methods .

实际调研发现高温工况下法兰连接系统极易泄漏，然而国内外关于这方面的研究相对较少，因此针对高温工况法兰密封性能变化的研究具有重要工程应用价值。

It is easy to leak for flange connection at elevated temperature after survey . Less related research work has been found at home , therefore there is a great engineering application value to carry out a research on this subject .

对GH202、GH586合金部件在高温富氧工况下极短时间内就发生燃烧事故的原因进行了分析。

Various parts made of GH202 and GH586 superalloy were ignited and combusted only in high pressure oxygen-enriched atmosphere for short time .

炉膛高度的选取对高温过热器工况影响的研究

Study on Effect of Furnace Height on Final Superheater Conditions

所以在高温高压工况下，仍具有稳定的密封性能。

That 's why even under high-temperature and high-pressure conditions , it can still maintain stable sealing performance .

本文从传热学、热力学的角度，分析了在高温氧化工况下，对材料性能的要求，探索选择优良的热电偶保护套管材料，以期有效地测量及控制熔体的温度。

The requirements on the properties of the captioned protection material under high temperature oxidation conditions are analysed in terms of thermal conductivity and thermal dynamics in an effort to obtain excellent protection materials for efficient measurement and control of melt temperature .

苯加氢装置1080管线长期在高温临氢工况下服役后材料损伤分析

Material Damage Analysis of Piping 1080 of Benzol Hydro-refining Unit after Long-term Operation at High Temperature Hydrogen Exposure

通过调整投磷量实验得到了低温、中温、高温三种工况下的结膜物。

The membrane in the low-temperature , the mid-temperature , high-temperature condition has been made by adjusting the amount of phosphorus .

由于刷式密封在高温高转速工况下适应性强且泄漏量较低，使其在石油天然气、航空及化工等重要部门中取得日益广泛的应用。

Because brush seal can be used in the condition of high temperature and high speed with low leakage , it is widely used in gas , aviation , chemical industry and other important departments .

本文通过对两例压力容器开孔损坏的分析，论述了严重磨损和高温有火焰工况时开孔补强结构的影响，对开孔补强设计提出下一些建议。

He influence of working condition of serious wear and high-temperature in fire on opening reinforcement structure was described with two opening damages of pressure ves - sels , and some suggestions of reinforcement design were proposed .

高温密封副不同工况下密封力的探讨

Inquiring into the Sealing Force of High Temperature Sealing Pair at Various Working Conditions

这就要求滤料产品，能适应高温下复杂的工况条件。

This requires the filter material products , can adapt high temperatures complex working condition .

潜油行星减速器是潜油螺杆泵采油系统中的重要传动部件，它要在高温、高压的工况下长时间连续稳定作业。

Oil-submersible planetary gear reducer is an important transmission component in the progressive cavity pumping system , which is required to work continuously under the condition of high temperature and high pressure .

而对高温、高湿度工况，霜层表面出现了首先形成凝结水滴的现象，使得霜层密度大大增加。

Under the conditions of the high air temperature and humidity , the average frost density is raised significantly due to the appearance of the water droplet on the frost layer surface .

利用水力旋流器对渣油进行高温液固分离，研究了高温工况下渣油的物理性质和石油化学成分对分离性能的影响。

And the influence on the separation efficiency of hydrocyclone was studied owing to the physical property and the petroleum chemical ingredient of the residue .

高温MEMS器件的应用越来越广泛，如应用于石油化工、冶金等高温恶劣工况条件下物理量测试的MEMS传感器。

MEMS devices used for test of physical quantity in high temperature and vile condition such as in petrochemical industry , metallurgy are being used more and more widely .

材料的断裂方式为高温腐蚀疲劳，断裂原因为材料的高温腐蚀疲劳性能不能满足排气阀高温腐蚀运行工况的要求。

The material fracture is defined as high temperature corrosion fatigue , and the high temperature corruption of material can not sufficiently meet the requirements of the operating condition of exhaust valve .

Y2O3稳定的ZrO2（YSZ）涂层具有高温隔热性能好、高温下相稳定、耐冲刷等特点，并已在燃气轮机热端部件、涡轮叶片等高温工况部件中获得广泛应用。

Yttria stabilized zirconia ( YSZ ) coating has excellent thermal barrier properties , good stability and abrasion resistance at high temperature ; therefore it has been widely used in the gas turbine and some components operating in high-temperature condition .