1) Average stoichiometric air DME ratio
化学当量空燃比
2) Stoichiometric air-fuel ratio
化学计量空燃比
3) air-fuel equivalence ratio
空气-燃料当量比
4) stoichiometric ratio
化学当量比
1.
This paper has reported experimental results of NO reduction with coals and chars in conditions of initial NO concentration of 1000 ppm, different reaction temperature and stoichiometric ratio.
本文报告了在 NO初始浓度为 1000 × 10-6、不同的反应区温度和化学当量比的条件下,不同煤粉及其煤焦对NO还原的实验结果。
5) equivalence ratio
化学当量比
1.
The super-adiabatic combustion of the pre-mixture of methane and air under different equivalence ratios(0.
为探索多孔介质内超绝热燃烧的特性,搭建了自由堆积多孔介质超绝热燃烧试验台架,测量了不同化学当量比(0。
2.
Combustion wave propagation experiments in porous media were carried out for premixed methane/air mixtures with an equivalence ratio ranging from 0.
为了解多孔介质内预混燃烧火焰前沿的传播特性,对不同化学当量比(=0。
6) fuel equivalence ratio
化学当量比
1.
The NO emission characteristic in O2/CO2 mixture was investigated in a drop tube furnace using flue gas on-line analyzer and the effects of combustion environments,CO2 concentration,fuel equivalence ratio and temperature on NO emission were discussed.
在沉降炉上通过在线烟气分析仪研究了燃烧气氛、CO2浓度、温度及燃料/氧气化学当量比对O2/CO2气氛下燃煤NO排放的影响规律。
2.
The composition of flue gas was investigated in a drop tube furnace using flue gas on-line analyzer and the effects of combustion environment,CO2 concentration,fuel equivalence ratio and temperature on SO2 emission were discussed.
在沉降炉实验台上通过在线烟气分析仪考查了燃煤烟气的组成以及燃烧气氛、CO2浓度、温度和燃料/氧气化学当量比对SO2的排放规律。
补充资料:燃烧过程空燃比控制
分子式:
CAS号:
性质:燃烧过程空燃比控制的目的是使燃料量与空气量相适应,维持二者有一定的价值,使燃烧热效率最高。空燃比控制的主要控制手段是燃料量与送风量的协调控制,构成以空燃比为主参数的双闭环比值调节系统。为进一步保证燃烧过程经济性,经常通过烟气含氧量反馈校正信号来修正燃比(见烟气含氧量控制)。
CAS号:
性质:燃烧过程空燃比控制的目的是使燃料量与空气量相适应,维持二者有一定的价值,使燃烧热效率最高。空燃比控制的主要控制手段是燃料量与送风量的协调控制,构成以空燃比为主参数的双闭环比值调节系统。为进一步保证燃烧过程经济性,经常通过烟气含氧量反馈校正信号来修正燃比(见烟气含氧量控制)。
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