·1100 北京科技大学学报 第36卷 premixed flames of CHa +H2 +02+N2.Combust Flame,2007, 9]Ahanj M D,Rahimi M,Alsairafi AA.CFD modeling of a radiant 149:409 tube heater.Int Commun Heat Mass Transfer,2012,39 (3):432 B3]Konnov AA,Dyakov I V,De Ruyck J.The effects of composition [10]Jager F K,Mevissen J,Munko A,et al.CFD modelling of a ra- on the buming velocity and NO formation in premixed flames of diant tube bumer for liquid and gaseous fuels.Prog Comput Flu- C2 H +02+N2.Exp Therm Fluid Sci,2008,32(7)1412 idDn,2005,5(7):406 4]Xu X C,Zhou L X.Combustion Technology Manual.Beijing: [11]Gupta A K.High temperature air combustion:flame characteris- Chemical Industry Press,2008:1368 tics challenges and opportunities12th International Symposium (徐旭常，周力行.燃烧技术手册.北京：化学工业出版社， on Transport Phenomena.Istanbul,2000:575 2008:1368) [12]Suzukawa Y,Sugiyama S,Hino Y,et al.Heat transfer improve- Shen J,Liu J,Zhang H,et al.NO,emission characteristics of su- ment and NO,reduction by highly preheated air combustion.En- perfine pulverized anthracite coal in air-staged combustion.Energy ergy Conrers Manage,1997,38(10-13):1061 Convers Manage,2013,74:454 [13]Abd-Alla G H.Using exhaust gas recirculation in interal com- [6]Saleh H E.Effect of exhaust gas recirculation on diesel engine ni- bustion engines:a review.Energy Conrers Manage,2002,43 trogen oxide reduction operating with jojoba methyl ester.Rene (8):1027 Energy,2009,34(10):2178 [14]Wu X,Huang G Q,Liang H Y.Release control model of NO,in ]Maiboom A,Tauzia X,Hetet J F.Experimental study of various natural gas combustion.Chem Ind Eng Prog,2007(1):109 effects of exhaust gas recirculation (EGR)on combustion and (吴筱，黄国强，梁红英.天然气燃烧中NO,减排的数学模 emissions of an automotive direct injection diesel engine.Energy, 型.化工进展，2007(1)：109) 2008,33(1):22 [15]Fenimore C P.Formation of nitric oxide in premixed hydrocarbon [8]Mobasheri R,Peng Z,Mirsalim S M.Analysis the effect of ad- flames /Proceeding 13th Symposium (International)on Com- vanced injection strategies on engine performance and pollutant bustion.Salt Lake City,1971:373 emissions in a heavy duty Dl-diesel engine by CFD modeling.Int J [16]Shudo T,Mizuide T.NO,emission characteristics in rich-ean Heat Fluid Flow,2012,33(1):59 combustion of hydrogen.JSAE Rer,2002,23 (1):9北 京 科 技 大 学 学 报 第 36 卷 premixed flames of CH4 + H2 + O2 + N2 ． Combust Flame，2007， 149: 409 ［3］ Konnov A A，Dyakov I V，De Ｒuyck J． The effects of composition on the burning velocity and NO formation in premixed flames of C2H4 + O2 + N2 ． Exp Therm Fluid Sci，2008，32( 7) : 1412 ［4］ Xu X C，Zhou L X． Combustion Technology Manual． Beijing: Chemical Industry Press，2008: 1368 ( 徐旭常，周力行． 燃烧技术手册． 北京: 化学工业出版社， 2008: 1368) ［5］ Shen J，Liu J，Zhang H，et al． NOx emission characteristics of su￾perfine pulverized anthracite coal in air-staged combustion． Energy Convers Manage，2013，74: 454 ［6］ Saleh H E． Effect of exhaust gas recirculation on diesel engine ni￾trogen oxide reduction operating with jojoba methyl ester． Ｒenew Energy，2009，34( 10) : 2178 ［7］ Maiboom A，Tauzia X，Hétet J F． Experimental study of various effects of exhaust gas recirculation ( EGＲ) on combustion and emissions of an automotive direct injection diesel engine． Energy， 2008，33( 1) : 22 ［8］ Mobasheri Ｒ，Peng Z，Mirsalim S M． Analysis the effect of ad￾vanced injection strategies on engine performance and pollutant emissions in a heavy duty DI-diesel engine by CFD modeling． Int J Heat Fluid Flow，2012，33( 1) : 59 ［9］ Ahanj M D，Ｒahimi M，Alsairafi A A． CFD modeling of a radiant tube heater． Int Commun Heat Mass Transfer，2012，39( 3) : 432 ［10］ Jager F K，Mevissen J，Munko A，et al． CFD modelling of a ra￾diant tube burner for liquid and gaseous fuels． Prog Comput Flu￾id Dyn，2005，5( 7) : 406 ［11］ Gupta A K． High temperature air combustion: flame characteris￾tics challenges and opportunities / / 12th International Symposium on Transport Phenomena． Istanbul，2000: 575 ［12］ Suzukawa Y，Sugiyama S，Hino Y，et al． Heat transfer improve￾ment and NOx reduction by highly preheated air combustion． En￾ergy Convers Manage，1997，38( 10--13) : 1061 ［13］ Abd-Alla G H． Using exhaust gas recirculation in internal com￾bustion engines: a review． Energy Convers Manage，2002，43 ( 8) : 1027 ［14］ Wu X，Huang G Q，Liang H Y． Ｒelease control model of NOx in natural gas combustion． Chem Ind Eng Prog，2007( 1) : 109 ( 吴筱，黄国强，梁红英． 天然气燃烧中 NOx 减排的数学模 型． 化工进展，2007( 1) : 109) ［15］ Fenimore C P． Formation of nitric oxide in premixed hydrocarbon flames / / Proceeding 13th Symposium ( International) on Com￾bustion． Salt Lake City，1971: 373 ［16］ Shudo T，Mizuide T． NOx emission characteristics in rich-lean combustion of hydrogen． JSAE Ｒev，2002，23( 1) : 9 · 0011 ·