1) exhausted temperature
乏气温度
2) EGT(Exhaust Gas Temperature)
EGT(出口乏气温度)
3) exhausting steam
乏气
1.
Through using the recovery technology for exhausting steam of KLAR deaerator,energy conversation technology reformation was made for boiler feed water system.
通过采用KLAR除氧器乏气回收技术,对锅炉给水系统进行节能技术改造。
4) gas temperature
煤气温度
1.
A series of technical measures such as adjustment of gas temperatures and amelioration of the quality of circulating oil were adopted,reaching the goals of reducing naphthalene content in gas after primary cooling and energy saving.
对横管式初冷器煤气脱萘生产状况进行深入研究,通过煤气温度的调整及循环油质量的改善等一系列技术措施,达到降低初冷后煤气含萘及节能的目的。
2.
Reasons and harm of higher gas temperature at the final cooling stage are analyzed and solutions are proposed.
分析了终冷段煤气温度偏高的危害及原因,并提出了处理办法。
5) gasification temperature
气化温度
1.
The effects of gasification temperature and catalyst species on Peicheng natural coke-H_2O gasification reaction were researched on the pressurized thermo-gravimetric(TG)apparatus,the coke's pore structures under different temperatures were observed by the Scanning Electron Microscopy (SEM),and the kinetics parameters were calculated.
在加压热重分析仪上研究了气化温度和催化剂种类对沛城煤矿天然焦。
2.
Coal slurry gasification at high pressure was simulated with ASPEN PLUS,and the con-tents of methane in crude syngas at different gasification temperatures were obtained,providing refer-ences for indirect predication of gasification temperature in the preduction.
用ASPENPLUS对高压水煤浆气化过程做了模拟计算,得到不同气化温度下的粗合成气中甲烷含量,为实际生产中间接预测气化炉温度提供参考。
3.
The results showed that,comparing with the equivalence ra- tio,the gasification temperature has a more obvious influence on the nitrogenous species concentrations.
结果表明,在测试条件下,生物质气化产物中含氮组分浓度主要取决于气化温度,而当量比的影响相对较弱一些。
6) smoke temperature
烟气温度
1.
Experiment of effects of supply and exhaust air on smoke temperature in atria;
送排风对中庭烟气温度影响的实验研究
2.
Comparison of calculation models for smoke temperature in fire of large space building;
大空间建筑火灾中烟气温度计算模型的比较
3.
Influence of supplying wind on smoke temperature of model atrium;
送风对中庭烟气温度的影响
补充资料:乏乏
1.很疲倦。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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