1) excess coefficient
过量系数
1.
The adiabatic temperature Tad of system was calculated under the different molar ratios of n B2O3/ n Mg and the results showed the reaction would happen and be kept by the self-propagating way only when the excess coefficient (γ) of B2O3 was less than 1.
结果表明:只有当B2O3的过量系数γ小于1。
2) excess air coefficient
过量空气系数
1.
Increasing Thermal Efficiency of Steam Injection Boiler by Monitoring Excess Air Coefficient;
通过控制过量空气系数提高注汽锅炉热效率
2.
The method of confirming excess air coefficient, are recycle coefficien.
研究了热风炉计算中过量空气系数、再循环系数的确定方法及热风炉对风温变化的适应性。
3.
So,it is necessary to control excess air coefficient to reduce pollu- tants discharge.
通过对燃烧设备在燃料燃烧时,理论空气量、理论烟气量及烟气组成、实际空气量、实际烟气量及烟气组成的分析,指出过量空气系数的大小,直接影响燃料的完全燃烧,同时也直接影响烟气中污染物的排放浓度,提出了监测污染物的排放浓度时应控制过量空气系数。
3) excess air ratio
过量空气系数
1.
Effects of excess air ratio on the combustion and emission characteristics of HCNG engines;
过量空气系数对HCNG发动机燃烧排放的影响
2.
Model Practice of Optimized Performances of Hydrogen Engine by Controlled Excess Air Ratio;
最佳过量空气系数优化控制氢发动机性能的建模实现
3.
The paper discussed the law that the characteristic of NOx release is changed with excess air ration,temperature and grain-size by combusting different granularity of Shenhua pulverized coal(PC) in one-dimension tube type furnace.
阐述了用一维管式实验炉对不同粒度神华煤粉燃烧时NOx排放特性随过量空气系数、温度、粒径的变化规律。
4) the coefficient of air exceed λ
空氧过量系数
5) surplus coefficient of air(λ)
过量空气系数(λ)
6) excessive air coefficient
过量空气系数
1.
The effect of excessive air coefficient on combustion in microtube;
过量空气系数对微管内燃烧的影响
2.
This paper first presents the superiority of hydrogen as a kind of engine fuel and the characteristics, the development of the hydrogen-fueled engine technique, Then on this basis, it carries through the research on the effect of compression ratio, equivalence ratio and excessive air coefficient on the performance of the hydrogen-fueled engine combined with experimental research.
针对氢作为发动机燃料的优越性以及氢燃料发动机的特点、技术发展趋势进行了简要概括,并在此基础上,结合实验研究,对压缩比、当量比、过量空气系数对氢燃料发动机性能的影响进行了分析研究。
3.
When operating mode changing,the demand of the appropriate coal-air conjunction was keeping the optimal excessive air coefficient;the demand of appropriate air-coal powder distribution was implementing the online monitor of primary air speed and coal powder density;the demand of appropriate suppl.
当运行工况改变时,合理的风煤配合就是要保持最佳的过量空气系数;一次风粉合理分配就是要实现一次风速和煤粉浓度的在线监测;送引风合理配合就是要保持适当的炉膛负压、减少漏风,这些配合比例调节适当,就可以减少燃烧损失,提高锅炉效率。
补充资料：过量
过量
超过治疗量的药物剂量。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条