| [1] | Hong J，Field R，Gazzino M，et al． Operating pressure dependence of the pressurized oxy-fuel combustion power cycle[J]． Energy， 2010，35(12)：5391-5399．
|
| [2] | Hong J，Gunaranjan C，Brisson J G，et al． Analysis of oxy-fuel combustion power cycle utilizing a pressurized coal combustor[J]． Energy， 2009，34(9)：1332-1340．
|
| [3] | Jie Xiong，Zhao Haibo，Zheng Chuguang，et a1． An economic feasibility study of O2/CO2 recycle combustion technology based on existing coal-？red power plants in China[J]． Fuel， 2009，88(6)：1135-1142．
|
| [4] | Andersson K，Johnsson F． Process evaluation of an 865 MW lignite fired O2/CO2 power plant[J]． Energy Conversion and Management， 2006，47(18-19)：3487- 3498．3487- 3498．
|
| [5] | Sivaji Seepana，Sreenivas Jayanti． Optimized enriched CO2 recycle oxy-fuel combustion for high ash coals [J]． Fuel， 2009，doi：10．1016/j．fuel．2009．
|
| [6] | 阎维平． 洁净煤发电技术的发展前景分析[J]． 华北电力大学学报， 2008，35(6)：67-71． Yan Weiping．Reviews on clean coal power generation technology[J]．Journal of North China Electric Power University，2008，35(6)
|
| [7] | Jongsup H，Gunaranjan C． Analysis of oxy-fuel combustion power cycle utilizing a pressurized coal combustor[J]． Energy， 2009(34)：1332-1340．
|
| [8] | 李向荣． 用SRK方程计算真实气体的密度[J]． 青岛化工学院学报， 2002，22(1)：98-100． Li Xiangrong．Calculating the density of real gas using SRK equation[J]．Journal of Qingdao Institute of Chemical Technology，2002，22(1)
|
| [9] | Ji X，Lu X． Survey of experimental date and assessment of calculation methods of properties for the air-water mixture[J]． Applied Thermal Engineering， 2003(23)：2213-2228．
|
| [10] | James F. Ely, H. J. M. Hanley． Prediction of transport properties, 1. Viscosity of fluid and mixtures[J]． Industrial & Engineering Chemistry?Fundamentals， 1981(20)：323-328．
|
| [11] | 波林B． E，普劳斯尼茨J M，奥康奈尔 J P． 气液物性估算手册[M]．赵红玲， 王凤坤，译．原著第5版．北京：化学工业出版社，2006
|
| [12] | 童景山，李敬． 流体热物理性质的计算[M]． 北京：清华大学出版社， 1982：31-35． Tong Jingshan，Li Jing．The calculation of thermal physical properties of fluids[M]．Beijing：TsinghuaUniversity Press，1982
|
| [13] | 阎维平，米翠丽． 基于宽带关联k模型的气体辐射特性分析与计算[J]． 动力工程， 2009，29(12)：1115-1122． Yan Weiping，Mi Cuili．Analysis and calculation of gas radiation characteristics based on wide band correlated-k distribution model[J]．Journal of Power Engineering，2009，29(12)
|
| [14] | He Jing，Richard O B． Improved band parameters for a simplified wide band cumulative absorption coefficient distribution model for H2O and CO2[J]． International Journal of Heat and Mass Transfer， 2008，51(5-6)：1467-1474．
|
| [15] | Liu F，Smallwood G J，Gulder O L． Application of the statistical narrow band correlated k method to low resolution spectral intensity and radiative heat transfer calculations effects of the quadrature scheme [J]． International Journal of Heat and Mass Transfer， 2000，43(17)：3119-3135．
|
| [16] | Wang W C，Shi G Y． Total band absorptance and k-disdribution function for atmospheric gases[J]． Journal of Quantitative Spectroscopy & Radiative Transfer， 1988，39(5)：387-397．
|
| [17] | Modest M F． Narrow-band and full-spectrum k-disdribution radiative heat transfer-correlated-k vs． scaling approximation[J]．Journal of Quantitative Spectroscopy & Radiative Transfer， 2003，76(1)：69-83．
|
| [18] | Modest M F，Singh V． Engineering correlations for full spectrum k-disdribution of H2O from the HITEMP spectroscopic databank[J]． Journal of Quantitative Spectroscopy & Radiative Transfer， 2005，93(1-3)：263-271．
|
| [19] | Modest M F，Mehta R S． Full spectrum k-disdribution correlations for CO2 from the CDSD-1000 spectroscopic databank[J]． International Journal of Heat and Mass Transfer， 2004，47(11)：2487-2491．
|
| [20] | 米翠丽，阎维平． 增压富氧燃烧烟气辐射特性宽带关联k模型[J]． 中国电机工程学报， 2010，30(29)：62-68． Mi Cuili，Yan Weiping．A wide band correlated-k distribution model for the gas radiative property under pressurized oxygen-enriched combustion[J]．Proceedings of the CSEE，2010，30(29)
|
| [21] | 董静兰，阎维平． 基于实际气体的增压富氧燃煤烟气焓值的计算[J]． 动力工程学报， 2010，30(9)：673-677． Dong Jinglan，Yan Weiping．Enthalpy calculation of gas from pressurized oxy-coal combustion based on real gas[J]．Journal of Chinese Society of Power Engineering，2010，30(9)
|
