adiabatic flame temperature
英
美
n. 绝热火焰温度
双语例句
- Engineering technical requirements of refinery tube heater burners A NEW FORMULA TO CALCULATE PROMPT RACEWAY ADIABATIC FLAME TEMPERATURE OF BLAST FURNACES WITH OXYGEN-ENRICHMENT AND PCI
炼油厂管式加热炉燃烧器工程技术条件高炉富氧喷煤条件下理论燃烧温度的即时算法 - In addition, equilibrium calculations were also performed in order to obtain the concentration of product and adiabatic flame temperature.
通过绝热燃烧平衡计算，得到产物浓度和绝热火焰温度。 - Adiabatic flame temperature of hydrocarbon, coal and hydrogen
烃、煤、氢绝热火焰温度 - The calculation on BF Raceway adiabatic flame temperature
关于理论燃烧温度的计算 - In this paper, a heat exchange calculation method for the boiler furnace with an adiabatic lower part is put forward in accordance with fundamental principle of heat exchange and under consideration of the distribution of flame temperature along the furnace height in partial package water tube boilers.
根据炉内辐射换热的基本原理，分析了组装水管锅炉采用下部绝热炉膛后对炉内火焰温度沿高度变化规律的影响，提出了考虑下部绝热炉膛影响的炉内传热计算方法。 - The effect of the adiabatic flame temperature and average bulk gas temperature is considered for radiative heat rtansfer;
辐射传热考虑了绝热火焰温度和平均气体温度的影响； - This paper deals with how thermal inertia and adiabatic effect of an object welding And what flame should be applied in oxy-acetylene welding with silver-copper solder and the high temperature area of flame are also discussed then the effect of free oxygen and free carbon on welding is analyzed.
探讨了物体的热惰性和绝热效应对焊接的影响，讨论了采用银铜焊料进行氧－乙炔焊时应该运用的火焰和火焰的高温区域.分析了自由氧和自由碳在焊接中的影响。 - By using the concept of minimum Gibbs function, the mol fraction of every species, adiabatic flame temperature, properties of products in the equilibrium can be calculated, regardless of specifying the chemical reaction equations and the corresponding equilibrium constant.
这种方法采用最小Gibbs函数的概念，来计算处于平衡态时的物质组成、绝热火焰温度和产物的热物性，无须考虑各物质间的化学反应类型和相应的平衡常数。 - The results show that high temperature air combustion can increase the adiabatic flame temperature and enlarge the flame volume, which can strengthen the heating capability.
研究结果表明：高温空气燃烧可以提高火焰温度，增大火焰体积，增强系统加热能力，提高燃料利用系数；