1) O_2/CO_2
O2/CO2
1.
The facility for analysis of chemical thermodynamics(F*A*C*T) based on the Gibbs energy minimization principle was used to characterize the evaporation of mineral elements of coal in O_2/CO_2 recycle combustion.
运用热力学平衡计算方法(F*A*C*T)对O2/CO2循环燃烧方式下矿物元素的蒸发特性进行了研究,并采用高温热天平进行了实验验证。
2.
The emission of NO_x when coal was burning in O_2/CO_2 was compared with the case of burning in air, and the effects of temperature and excess air ratio on NO_x formation were analyzed by using a one-dimensional drop-tube furnace.
利用一维沉降炉,对3种煤在O2/CO2和空气两种气氛下燃烧NOx析出特性进行了比较,分析了炉膛温度、过量空气系数对NOx生成量的影响,并对O2/CO2气氛下NOx的生成和破坏机理进行了分析。
3.
Non-isothermal combustion experiments of three types of pulverized coal were conducted by thermogravimetry(TG) in O_2/N_2 and O_2/CO_2 atmospheres.
在O2/N2及O2/CO2气氛下,利用热重法(TG)进行了3种煤粉的非等温燃烧试验。
2) O_2/CO_2 atmosphere
O2/CO2气氛
1.
According to thermogravimetric analysis,calcination and sulfation of limestone shows notably different characteristics in air and in an O_2/CO_2 atmosphere.
在O2/CO2气氛中,因较高CO2浓度使石灰石的煅烧分解推迟,一定条件下石灰石直接与SO2发生硫化反应,且过程具有较高的反应速率。
2.
The experiments of SO_2 emission characteristics during pulverized coal combustion were performed under O_2/CO_2 atmosphere and compared with air atmosphere.
通过沉降炉对O2/CO2气氛和空气气氛下煤粉燃烧过程中SO2排放特性进行实验,结果表明,随燃料/氧化学当量比的增加,烟气中SO2浓度升高,单位煤生成SO2的量随燃料/氧化学当量比的增加而减少。
3.
The results show that the released NO_x is much lower in O_2/CO_2 atmosphere than in air.
结果表明:在O2/CO2气氛下NOx的生成量远远低于空气气氛下NOx的生成量,其主要原因是在O2/CO2气氛中高CO2质量浓度导致气氛中生成较高含量的CO,从而在未燃烧碳表面发生NO/CO/Char的反应,促进了NO还原为N2;O2/CO2气氛中没有N2,避免了热力型NOx和快速型NOx的生成;约80%的再循环烟气致使NOx的停留时间大为增加,即延长了NOx的还原反应时间,从而降低了NOx的排放。
3) O2/CO2 atmosphere
O2/CO2气氛
1.
The sulfation characteristics of limestone under O2/CO2 atmosphere were studied by combined TGA(thermo-gravimetric analysis) and quantitative X-ray diffraction (XRD) analysis.
通过TGA-xRD相定量分析联合对石灰石在O2/CO2气氛中的硫化特性进行了实验研究。
2.
Combustion characteristics of the pulverized coal is studied by thermogravimetric analysis under the O2/CO2 atmosphere and the results are compared with traditional air conditions.
该文利用热重法分析了O2/CO2、空气两种不同气氛下煤的燃烧特性,得出与空气条件相比,O2/CO2条件下煤的着火及燃尽温度有明显降低、燃烧特性指数提高的结论,即O2/CO2气氛可改善燃烧过程、优化燃烧特性。
3.
Calcination and sintering experiments of limestone under O2/CO2 atmosphere were carried out by the thermogravimetric analysis method.
在热重分析天平上进行了O2/CO2气氛下石灰石的煅烧和烧结实验,用氮气吸附仪测定了石灰石煅烧产物CaO的孔结构特性,用X射线衍射仪(XRD)对CaO的晶粒尺寸进行了测量。
4) O2/CO2 density
O2/CO2浓度
5) O2/CO2 combustion
O2/CO2燃烧
1.
The ash samples collected were analyzed in detail and extensive comparisons were made between O2/CO2 combustion and O2/N2 combustion to probe the impacts of O2/CO2 combustion on ash formation behaviors.
通过乌兰木伦煤在高温沉降炉中的燃烧实验,研究了O2/CO2燃烧时煤中矿物质的成灰行为。
2.
The transformation behaviors of iron-bearing minerals during O2/CO2 combustion of pulverized coal usere studied through combustion experiments of by burning wulanmulun coal and halagou coal in a drop tube furnace.
通过乌兰木伦煤和哈拉沟煤在沉降炉中的燃烧实验,采用57Fe Mssbauer谱仪,对煤中含铁矿物质及其在O2/N2和O2/CO2燃烧条件下生成的灰中含铁成分进行分析和比较,研究了O2/CO2煤粉燃烧时含铁矿物质的转化行为。
3.
The results showed that the release characteristics of SO2 /NO were different between O2/CO2 combustion and air combustion,and with the same O2 concentration,SO2 and NO emissions were lower in O2/CO2 combustion than those in air combustion.
对煤灰的元素分析显示O2/CO2燃烧对SO2的抑制主要是由于煤灰的自固硫能力增强,而对NO的减排作用则是促进燃料N向其他含N气体的转换。
6) CO2/O2 atmosphere
CO2/O2气氛
1.
The objective of this paper is to study the thermoacoustic instability mechanisms of Rijke-type combustor under the CO2/O2 atmosphere,an experimental setup has been built.
为研究CO2/O2气氛下黎开(Rijke)型燃烧器的热声不稳定机理,在Rijke型燃烧器热声不稳定特性试验台架上测量了不同燃烧功率Pc(氧化剂流率qox=qo2+qco2为83。
补充资料:(betab-5-11)-iron carbonyl (fe(co)5
CAS:13463-40-6
分子式:C5FeO5
分子质量:195.90
中文名称:五羰基铁
英文名称:fer pentacarbonyle;fer pentacarbonyle (french);iron carbonyl;( betab-5-11)-iron carbonyl (fe(co)5;iron carbonyl (fe(co)5), (tb-5-11);iron carbonyl compounds;iron carbonyl fe(co)5;pentacarbonyl-iro;iron pentacarbonyl(as fe);iron,pentacarbonyl-
分子式:C5FeO5
分子质量:195.90
中文名称:五羰基铁
英文名称:fer pentacarbonyle;fer pentacarbonyle (french);iron carbonyl;( betab-5-11)-iron carbonyl (fe(co)5;iron carbonyl (fe(co)5), (tb-5-11);iron carbonyl compounds;iron carbonyl fe(co)5;pentacarbonyl-iro;iron pentacarbonyl(as fe);iron,pentacarbonyl-
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