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冯俊小等:基于C℉D双P型辐射管扁形度的影响特性 ·1189· circulation.Combust Sci Technol Jpn,1994,1(4):265 1919 8]Scribano G.Pollutant emissions reduction and performance optimi- [13]Feng JX,Cao Y P,Man Y,et al.Heat transfer characteristic of zation of an industrial radiant tube burner.Exp Therm Fluid Sci, double-a type gas fried radiant tube by CFD simulation.Energy 2006,30(7):605 Metall Ind,2014,33(1):14 ]Shen J,Liu J,Zhang H,et al.NO,emission characteristics of (冯俊小,曹亚平,满毅,等.基于CFD双a型燃气辐射管 superfine pulverized anthracite coal in air-staged combustion. 燃烧的传热特性.治金能源,2014,33(1):14) Energy Convers Manage,2013,74:454 [14]Yang S A,Jiang Z Y,Zhang XX,et al.Surface temperature [10]Suzukawa Y,Sugiyama S,Hino Y,et al.Heat transfer improve- distribution of Pype radiant tube with regenerative bumer.Ind ment and NO,reduction by highly preheated air combustion. Furnace,2005,27(2):1 Energy Conrers Manage,1997,38(10):1061 (杨思安,姜泽毅,张欣欣,等。P型蓄热式辐射管的表面温 [11]Normann F,Andersson K,Leckner B,et al.High-temperature 度分布.工业炉,2005,27(2):1) reduction of nitrogen oxides in oxy-fuel combustion.Fuel,2008, [15]Feng J X,Jiang M.Cao Y P.A Flat DoubleP Type Radiant 87:(17):3579 Tube:China Patent,CN201310714351.4.2014-04-02 [12]Flamme M.Low NO,combustion technologies for high tempera- (冯俊小,姜敏,曹亚平.一种扁双P型辐射管:中国专利, ture applications.Energy Comers Manage,2001,42(15): CN201310714351.4.2014-04-02)冯俊小等: 基于 CFD 双 P 型辐射管扁形度的影响特性 circulation. Combust Sci Technol Jpn,1994,1( 4) : 265 [8] Scribano G. Pollutant emissions reduction and performance optimi￾zation of an industrial radiant tube burner. Exp Therm Fluid Sci, 2006,30( 7) : 605 [9] Shen J,Liu J,Zhang H,et al. NOx emission characteristics of superfine pulverized anthracite coal in air-staged combustion. Energy Convers Manage,2013,74: 454 [10] Suzukawa Y,Sugiyama S,Hino Y,et al. Heat transfer improve￾ment and NOx reduction by highly preheated air combustion. Energy Convers Manage,1997,38( 10) : 1061 [11] Normann F,Andersson K,Leckner B,et al. High-temperature reduction of nitrogen oxides in oxy-fuel combustion. Fuel,2008, 87: ( 17) : 3579 [12] Flamme M. Low NOx combustion technologies for high tempera￾ture applications. Energy Convers Manage,2001,42 ( 15 ) : 1919 [13] Feng J X,Cao Y P,Man Y,et al. Heat transfer characteristic of double-a type gas fried radiant tube by CFD simulation. Energy Metall Ind,2014,33( 1) : 14 ( 冯俊小,曹亚平,满毅,等. 基于 CFD 双 a 型燃气辐射管 燃烧的传热特性. 冶金能源,2014,33( 1) : 14) [14] Yang S A,Jiang Z Y,Zhang X X,et al. Surface temperature distribution of P-type radiant tube with regenerative burner. Ind Furnace,2005,27( 2) : 1 ( 杨思安,姜泽毅,张欣欣,等. P 型蓄热式辐射管的表面温 度分布. 工业炉,2005,27( 2) : 1) [15] Feng J X,Jiang M,Cao Y P. A Flat Double-P Type Radiant Tube: China Patent,CN201310714351. 4. 2014--04--02 ( 冯俊小,姜敏,曹亚平. 一种扁双 P 型辐射管: 中国专利, CN201310714351. 4. 2014--04--02) · 9811 ·
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