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中南大学博士学位论文高温空气燃烧技术在冶金热工设备上的应用及数值仿真和优化研究姓名：欧俭平申请学位级别：博士专业：热能工程指导教师：萧泽强20040801高温空气燃烧技术在冶金热工设备上的应用及数值仿真和优化研究作者：欧俭平学位授予单位：中南大学参考文献(163条)1.徐匡迪.蒋国昌中国钢铁工业的现状和发展[期刊论文]-中国工程科学2000(7)2.翁宇庆我国冶金工业在新世纪最初几年的科技进步[期刊论文]-钢铁2004(1)3.朱苗勇.萧泽强钢的精炼过程数学物理模拟19984.吴建常在钢铁协会环保与节能工作委员会第二次全体会议上的讲话20025.郑忠.何腊梅.高小强.高家锐我国钢铁企业的节能与可持续性发展[期刊论文]-钢铁2004(4)6.王维兴钢铁工业的节能潜力分析[期刊论文]-冶金能源2002(3)7.翁宇庆我国钢铁工业节能环保工作现状与展望[期刊论文]-工业安全与环保2004(3)8.高家锐.高仲龙.张先棹关于工业加热炉发展方向的探讨1996(03)9.马旺高温预热装置的研制1990(04)10.周怀春高温空气燃烧技术-21世纪关键技术之一[期刊论文]-工业炉1998(1)11.NewbyJNHighperformanceheatrecoverywithregenerativeburners1987(04)12.TanakaRNewprogressofenergysavingtechnologytowardthe21stcentury:Frontierofcombustion&heattransfertechnology199513.须藤淳.多田健.戎宗义蜂窝型蓄热式燃烧系统的开发和应用[期刊论文]-工业炉1999(2)14.户松三男.谷口矿司.戎宗义自身蓄热烧嘴的开发[期刊论文]-冶金能源2000(3)15.TanakaR.KishimotoK.HasegawaTHighEfficiencyheattransfermethodwithuseofHightemperaturePre-heatedairandgasrecirculation1999(04)16.HasegawaT.TanakaR.NiiokaTHightemperatureaircombustioncontributingtoenergysavingandpollutantreductioninindustrialfurnace199917.TsujiH.GuptaA.HasegawaTHighTemperatureAirCombustion:FromEnergyConservationtoPollutionReduction200318.KishimotolKNewtechonologyHigh-TemperatureAirCombustionanditsFuture200119.KatsukiM.HasegawaTThescienceandtechnologyofcombustioninhighlypreheatedair199820.GuptaAK.HasegawaTHightemperatureaircombustion:Flamecharacteristics,ChallengesandOpportunities199921.MortbergM.RafidiN.BlasiakWMeasurementsoftemperature,heatfluxandfluegascompositioninHTACflame200222.WünningJA.WünningJGFlamelessoxidationtoreducethermalNO-formation199723.YasudaTDiseminationprojectforhighperformanceindustrialfurnacesofhighlypreheatedaircombustiontechnology24.祁海鹰.李宇红.由长福.徐旭常高温空气燃烧技术的国际发展动态[期刊论文]-工业加热2003(1)25.MochidaSHiTACapplicationinlargerscaleindustrialfurnaces-Fundamentals200326.祁海鹰.徐旭常中国开发应用高温空气燃烧技术的前景199927.日本钢管(株)福山制铁所蓄热式バ一ナの开发大型加热炉ヘの适用1999(02)28.MilaniAMildCombustionTechniqueAppliedtoRegenerativeFiringinIndustrialFumacs200029.GiuseppeG.AmbrogioMFlamelesstechnologies:IndustrialapplicationsandR&DprojectsinItaly200230.WunningJGApplicationofflamelesscombustion:achallengeforthethermalprocesstechnology199931.BlasiakW.YangWHHighTemperatureAirCombustion,TheQuestofZeroEmissionsinIndustrialFurnace200332.YasudaTDevelopmentofsuperadvancedregenerativefumacewithHTACsuitableinMalysia200233.ChangRC.ChangWC.ChenWCDevelopmentHiTACapplicationsinlocalindustries199934.ChangRC.YoshikawaK查看详情199935.萧泽强高风温无焰燃烧(HiTAC)技术在日、欧几国的开发应用近况199936.刘日新.刘广林蓄热燃烧技术及其在冶金工业炉中的应用[期刊论文]-工业炉2000(2)37.关运泽.白皓.聂雄方.宗燕兵.耿小红.苍大强.陶保国.章金法.曹剑波.张志亭.张建庆超低NOx高温空气燃烧技术在燃油室状锻造炉上的应用研究[期刊论文]-工业炉2001(2)38.翟正耀蓄热式燃烧技术在钢包烘烤器上的应用[期刊论文]-能源研究与利用2001(2)39.欧俭平.萧泽强.蒋绍坚.刘建华蓄热式钢包烘烤装置的热工特性[期刊论文]-中南大学学报(自然科学版)2004(2)40.吴光亮.李士琦.郭汉杰.朱荣.杨湘.李双来.褚建东高温低氧燃烧技术在唐钢高线厂的应用[期刊论文]-北京科技大学学报2003(4)41.王义芳.张晓力蜂窝体蓄热式HTAC技术在加热炉上的应用[期刊论文]-钢铁2002(2)42.周春林.张述明.李银河.张志伟高温空气燃烧技术在中宽带钢加热炉上的应用[期刊论文]-工业炉2003(1)43.童庆年.袁玉琢蓄热式燃烧技术在步进加热炉上的应用[期刊论文]-工业炉2002(2)44.吴道洪.谢善清神雾应用HTAC技术论文集200245.侯长连.胡和平.董为民.唐献红.张军.李领高效蓄热式工业炉的开发与应用[期刊论文]-钢铁2002(1)46.饶文涛高温空气燃烧特性及应用研究[学位论文]博士200247.萧泽强.蒋绍坚.周孑民高温低氧空气燃烧过程实验研究和数值模拟199948.WeberRCombustionofNaturalGas,OilandCoalwithAirPreheatedtoTemperatureinExcessof1000℃200149.ShimoN.YoshikawaKDevelopmentofcleancombustiontechnologyformanykindsoffueloil200150.DugueJ.LouedinO.LerouxBUltralowNOxOxy-combustionsystemwithadjustableflamelengthandheattransferprofile200151.SzewczykD.MortbergM.RafidiNMeasurementsofTemperatureandHeatFluxinHiTACFlameforUnsteadyStateCondition200252.SzewczykD.BlasiakW.JewartowskiMIncreaseoftheeffectiveenergyfromtheRadiantTubeequippedwithHigh-cycleRegenerativeSystem(HRS)incomparisonwithconventionalrecuperativesystem200353.武立云.马重芳.杨永军减少蓄热式燃烧系统NOx排放量的研究200154.WilkR.MalczykK.MisztalTLiquidfuelcombustionunderHTACtechnology200155.ShimoN.SatohM.YoneyamaMCleancombustionofheavyoilwithhightemperatureaircombustiontechnology200256.IchiroN.AsriG.KeijuMFundamentalcharacteristicsonco-combustionoflow-rankcoalwithbiomass200257.MochidaS.HasegawaTDevelopmentofhighlypreheatedturbulent-jetgeneral200158.LilleS.BlasiakW.JewatowskMExperimentalstudyofthefueljetcombustioninhightemperatureandlowoxygencontentexhaustgases200159.CavaliereA.DeJoannonM.RagucciRMildCombustionofHighTemperatureReactants199960.MochidaS.HasegawaTDevelopmentofacombustiondiagnosticsmethodonadvancedindustrialfurnacesutilizingHighTemperatureAirCombustion200061.BlasiakW.LindbladBHighlyPreheatedAirCombustionResearchinSweden200062.IsiguroT.TsugeS.FuruhataTHomogenizationandstabilizationduringCombustionofHydrocarbonswithPreheatedAir199863.PlessingT.PetersN.WünningJGLaseropticalinvestigationofHighlyPreheatedCombustionwithstrongexhaustgasrecirculation199864.CainB.RobertsonT.NewbyJThedevelopmentandapplicationofdirectinjectiontechniquesforemissionreductioninhightemperaturefurnaces200065.GuptaAK.BolzS.HasegawaTEffectofairpreheattemperatureandoxygenconcentrationonflamestructureandemissions199966.PiepersO.BreithauptPP.VanBeelenABNOncombustionstabilityandemissionsofjetinjectorsfiringintohighlypreheatedairwithotherfurnaceatmospheres200067.GirardiG.GiammartiniSNumeicalandex