张仕洋等：氧气高炉回旋区内煤粉燃烧行为的数值模拟 ·647 novative blast furnace./S/J Int,2004,44(12)2150 ical model of top gas recycling-oxygen blast fumaces.Uni Sci 9]Chen C,Horio M,Kojima T.Numerical simulation of entrained Technol Beijing,2011,33(10):1280 flow coal gasifiers:Part I.Modeling of coal gasification in an en- (韩毅华，薛庆国，王静松，等。炉项煤气循环一氧气鼓风高炉 trained flow coal gasifier.Chem Eng Sci,2000,55(18):3861 综合数学模型.北京科技大学学报，2011,33(10)：1280) [10]Shen Y S,Guo B Y,Yu A B,et al.Three-dimensional model- n4] Rajneesh S,Sarkar S,Gupta G S.Prediction of raceway size in ling of coal combustion in blast furnace.ISI/Int,2008,48(6): blast furnace from two dimensional experimental correlations 777 1Sm,2004,44(8):1298 [11]Magnussen B F,Hjertager B H.On mathematical modeling of [15]Yang TJ,Xu J W.Governing Models of lronmaking Blast Fur- turbulent combustion with special emphasis on soot formation and naces.Beijing:Science Press,1995 combustion /Symposium (International)on Combustion.Pitts- (杨天钧，徐金梧.高炉治炼过程控制模型.北京：科学出版 burgh,1977:719 社，1995) [12]Smith I W.The combustion rates of coal chars:a review /Sym- 016]Du S W,Chen W H,Lucas J.Performances of pulverized coal posium (International)on Combustion.Pittsburgh,1982:1045 injection in blowpipe and tuyere at various operational conditions. [13]Han Y H,Xue Q G,Wang JS,et al.Comprehensive mathemat- Energy Conrers Manage,2007,48(7):2069张仕洋等: 氧气高炉回旋区内煤粉燃烧行为的数值模拟 novative blast furnace． ISIJ Int，2004，44( 12) : 2150 ［9］ Chen C，Horio M，Kojima T． Numerical simulation of entrained flow coal gasifiers: Part I． Modeling of coal gasification in an en￾trained flow coal gasifier． Chem Eng Sci，2000，55( 18) : 3861 ［10］ Shen Y S，Guo B Y，Yu A B，et al． Three-dimensional model￾ling of coal combustion in blast furnace． ISIJ Int，2008，48( 6) : 777 ［11］ Magnussen B F，Hjertager B H． On mathematical modeling of turbulent combustion with special emphasis on soot formation and combustion / / Symposium ( International) on Combustion． Pitts￾burgh，1977: 719 ［12］ Smith I W． The combustion rates of coal chars: a review / / Sym￾posium ( International) on Combustion． Pittsburgh，1982: 1045 ［13］ Han Y H，Xue Q G，Wang J S，et al． Comprehensive mathemat￾ical model of top gas recycling--oxygen blast furnaces． J Univ Sci Technol Beijing，2011，33( 10) : 1280 ( 韩毅华，薛庆国，王静松，等． 炉顶煤气循环--氧气鼓风高炉 综合数学模型． 北京科技大学学报，2011，33( 10) : 1280) ［14］ Ｒajneesh S，Sarkar S，Gupta G S． Prediction of raceway size in blast furnace from two dimensional experimental correlations． ISIJ Int，2004，44( 8) : 1298 ［15］ Yang T J，Xu J W． Governing Models of Ironmaking Blast Fur￾naces． Beijing: Science Press，1995 ( 杨天钧，徐金梧． 高炉冶炼过程控制模型． 北京: 科学出版 社，1995) ［16］ Du S W，Chen W H，Lucas J． Performances of pulverized coal injection in blowpipe and tuyere at various operational conditions． Energy Convers Manage，2007，48( 7) : 2069 · 746 ·