燃气煤粉共燃烧特性研究

同济大学硕士学位论文燃气煤粉共燃烧特性研究姓名：张健申请学位级别：硕士专业：热能工程指导教师：安恩科20050301燃气煤粉共燃烧特性研究作者：张健学位授予单位：同济大学参考文献(99条)1.参考文献2.张晓鲁推动电力发展和电力结构调整,创建国际一流电力企业[期刊论文]-中国电力2001(9)3.新井纪男.赵黛青燃烧生成物的发生和控制技术20014.GB13223-2003.火电厂大气污染物排放标准5.毛健雄.毛健全.赵树民煤的清洁燃烧19986.周力行湍流两相流动与燃烧的数值模拟19917.周力行.陈文芳.林文漪湍流气粒两相流动和燃烧的理论与数值模拟19948.周力行燃烧理论和化学流体力学19869.王应时.范维澄.周力行.徐旭常燃烧过程数值模拟10.陆大有工程辐射传热198811.范维澄.万跃鹏流动及燃烧的模型与计算12.倪浩清.沈永明工程湍流流动、传热及传质的数值模拟199613.孙学信燃煤锅炉燃烧试验技术与方法14.陶文铨数值传热学200115.苏铭德.黄素逸计算流体力学基础16.帕坦卡传热与流动的数值计算17.屠大燕流体力学与流体机械199418.王文琪两相流动19.张远君.王平.韩振兴.朱墨娴.周元均流体力学大全20.柏实义二相流动21.许通模.金定安.温龙锅炉燃烧设备22.张远君.王慧玉.张振鹏两相流体动力学23.许晋源.许通模燃烧学24.常弘哲.张永康.沈际群燃料与燃烧25.陈学俊.陈听宽锅炉原理26.鲁钟琪两相流与沸腾传热200227.陈义良.张孝春.孙慈.季鹤鸣燃烧原理199228.金定安.曹子栋.俞建洪工业锅炉原理198629.奚士光.吴味隆.蒋君衍锅炉及锅炉房设备30.FA威廉斯燃烧理论199031.费祥麟高等流体力学198932.赵坚行燃烧的数值模拟200233.MuzioLJ.QuartucyGCImplementingNOxcontrol:researchtoapplication199734.RPvanderLans.PGlarborg.KDamJohansenInfluenceofprocessparmetersonnitrogenoxideformationinpulverized199735.RessDP.SmootLD.HedmanPO查看详情198436.ShinjiKambara.TakayukiTakarada.MasaruToyoshimaRelationbetweenfunctionalformsofcoalnitrogenandNOxemissionsfrompulverizedcoalcombustion1995(09)37.KMarkThomasThereleaseofnitrogenofnitrogenoxidesduringcharcombustion199738.BassilakisR.ZhaoY.SolomonPR.SerioMASulfurandnitrogenevolutionintheargonnecoals:experimentandmodeling199339.PGlarborg.ADJensen.JEJohnssonFuelnitrogenconversioninsolidfuelfiredsystems200340.FCLockwood.CARomoMillanesMathematicalModellingofFuel-NOEmissionsFromPFBurners199241.BoseAC.DanneckerKM.WendtJOL查看详情198842.WilliamsMPourkashanian.JMJonesCombustionofpulerisedcoalandbiomass200143.VDupont.MPorkashanian.AWilliamsReductionofNOxformationinnaturalgasburnerflames1993(04)44.AMEaton.LDSmoot.SCHill.C.N.EatoughComponents,formulations,solutions,evaluation,andapplicationofcomprehensivecombustionmodels199945.WünningJA.WünningJGFlamelessoxidetationtoreducethermalNOformation199746.JensenLS.JannerupHE.GlaborgP.JensenA,DamjohansenkExperimentalinvestigationofNOfrompulverizedcharcombustion200047.FluentIncFluent6.0User'sGuideDocuments200148.ChungenYin.SebastienCaillat.JeanlucHarion.BernardBaudoin,EverestPerezInvestigationoftheflowutilitytangentiallyfiredpulverized-coalboiler200249.MFalcitelli.SPasini.LTognottiModellingpracticalcombustionsystemsandpredictingNOxemissionswithanintegratedCFDbasedapproach200250.HaoZhou.KefaCen.JianrenFanModelingandoptimizationoftheNOxemissioncharacteristicsofaangentiallyfiredboilerwithartificialneuralnetworks200451.BRStanmore.SPVisonaPredictionofNOemissionsfromanumberofcoal-firedpowerstationboilers200052.JRGibbins.JwiliamsonAdvancesinlaboratorytestsforpredictingcoal-relatedcombustionproblems1998(212)53.SmootLD.SmithPJCoalcombustionandGasification198554.LuoXL.BoydRK.KentJHCombustionalinvestigationofburnoutinfurnacefiringpulverizedcoal199155.MMissaghi.MPourkashanian.AWilliams.L.Yap查看详情199056.MCDrake.RWPitz.MLapp.C.P.Fenimore,R.P.Lucht,D.W.SweeneyN.M.Laurendeau查看详情198457.VDupont.MPorkashanian.AWilliams.R.WoolleyReductionofNOxformationinnaturalgasburnerflames1993(04)58.JianrenFan.LigengQian.YinliangMa.PingSun,KefaCenComputationalmodelingofpulverizedcoalcombustionprocessesintangentiallyfiredfurnaces200159.CarvalhoMG.lockwoodFCPredictionofthecombustionofanendwalledfiredglassfurnace198160.LaunderBE.SpaldingDBMathematicalmodelsofturbulence197261.GosmanAD.IderialFJK.TeachTAgeneralcomputerprogramfortwo-dimensional,turbulentrecirculatingflow,FluidsSectionReport197662.MiettinenH.PaulssonM.Str(O)mbergDlaboratorystudypfN2OformationfromburningcharparticalatFBCconditions199563.JohnssonJEFormationandreductionofnitrogrnoxidesinfluidized-bedcombustion199464.AMolina.EGEddings.DWPershing.A.F.SarofimCharnitrogenconversion:implicationtoemissionfromcoal-firedutilityboilers200065.AMolina.EGEddings.DWPershing.A.F.SarofimReactionofnitricoxideonthecharsurfaceatpulverizedcombustionconditions200266.AarnaI.SuubergEMAreviewofthekineticsofthenitricoxide-carbonreaction199767.CommandrèJM.StanmoreBR.SalvadoreSThehightemperaturereactionofcarbonwithnitricoxide200268.ChenSL.HeapMP.PershingDWProceedingoftheEPRI/EPAJointSymposiumonStationaryCombustionNOxControl198269.MillerJA.BowmanCTMechanismandmodelingofnitrogencheministryincombustors198570.GeirJR(φ)rtveit.JohanEHustadEffectsofdiluentsonNOxformationinhydrogencounterflowflame200271.RaineRR.StoneCR.GouldJModelingofnitricoxideformationinsparkignitionengineswithamultizoneburnedgas199572.MaierH.SpliethoffH.KichererA.Fingerle,A,Hein,R.GEfecctofcoalblendingandparticlesizeonNOxemissionandburnout199473.MaríaJLázaroThereleaseofnitrogenduringthecombustionofcoalchars:theroleofcolatilematterandsurfacearea1996(08)74.JNLeichtnam.DSchwartz.RGadiuThebehaviouroffuel-nitrogenduringfastpyrolysisofpolyamideathightemperature200075.ZhihengWu.YoshikazuSugimoto.HiroyukiKawashimaEffectofdemineralizationandcatalystadditiononN2formationduringcoalpyrolysisandchargasification200376.SmouseSM.WildmanDJ.MellvriedillTS.Harding,N.SEstamationofNOxemissionsfrompulverizedcoal-firedutilityboiler199377.JMJones.PMPatterson.MPourkashanian.A.Williams,A.Arenillas,F.Rubie