| [1] | KEITHCD,SUMMIT,SCHREUDERST,etal.Cunningham,EastOrange,EngelhardIndustries,Inc.Apparatusforpurifyingexhaustgasesofaninternalcombustionengine[P].US:3441381,1969-04-29. | | [2] | YOUNGLC,FINLAYSONBA.Mathematicalmodelsofthemonolithcatalyticconveter:Part1.Developmentofmodelandapplicationoforthogonalcollocation[J].AIChEJournal,1976,22(2):331-343. | | [3] | YOUNGLC,FINLAYSONBA.Mathematicalmodelsofthemonolithcatalyticconverter:Part2.Applicationtoautomobileexhaust[J].AIChEJournal,1976,22(2):343-353. | | [4] | HECKRH,WEIJ,KATZERJR.Mathematicalmodelingofmonolithiccatalysts[J].AIChEJournal,1976,22(3):477-484. | | [5] | ����MO.����Ӧ�����[M].����:���ӹ�������,1989. | | [6] | OHSH,CAVENDISHJC.Transientsofmonolithiccatalyticconverters:Responsetostepchangesinfeedstreamtemperatureasrelatedtocontrollingautomobileemissions[J].IndEngChemProdResDev,1982,21(1):29-37. | | [7] | CUNDARID,NUTIM.Aone dimensionalmodelformonolithicconverter:Numericalsimulationandexperimentalverificationofconversionandthermalresponsesfortwostrokeengine[R].US:SAEPaper910668,1991. | | [8] | MONTREUILCN,WILLIAMSSC,ADAMCZYKAA.Modelingcurrentgenerationcatalyticconverters:Laboratoryexperimentsandkineticparameteroptimization steadystatekinetics[R].US:SAEPaper920096,1992. | | [9] | SIEMUNDS,LECLERCJP,SCHWEICHD,etal.Threewaymonolithicconverter:Simulationsversusexperiments[J].AtmousEnviron,1996,30(20):3709-3720. | | [10] | PATTASKN,STAMATELOSAM,PISTIKOPOULOSPK,etal.Transientmodelingof3 waycatalyticconverters[R].US:SAEPaper940934,1994. | | [11] | HAYESRE,KOLACZKOWSKIST.Massandheattransfereffectsincatalyticmonolithreactors[J].ChemicalEngineeringScience,1994,49(21):3578-3599. | | [12] | GROPPIG,BELLOLIA,TRONCONIE,etal.Acomparisonoflumpedanddistributedmodelsofmonolithcatalyticcombustors[J].ChemicalEngineeringScience,1995,50(17):2705-2715. | | [13] | ULLAHU,WALDRAMSP,BENNETTCJ,etal.Monolithicreactors:Masstransfermeasurementsunderreactingconditions[J].ChemicalEngineeringScience,1992,49(9-11):2413-2418. | | [14] | VOTRUBAJ,MIKUSO,NGUENK,etal.Heatandmasstransferinmonolithichoneycombcatalysts ��[J].ChemicalEngineeringScience,1975,30:201-206. | | [15] | ANDERSSONSL,SCHOONNH.Methodstoincreasetheefficiencyofametallicmonolithiccatalyst[J].IndEngChemRes,1993,32:1081-1086. | | [16] | KOLTSAKISGC,KONSTANTINIDISPA,STAMATELOSAM.Developmentandapplicationrangeofmathematicalmodelfor3 waycatalyticconverters[J].AppliedCatalysisB:Environmental,1997(12):161-191. | | [17] | WILLNS,BENNETTCJ.Flowmaldistributionsinautomotiveconvertercanistersandtheireffectonemissioncontrol[R].US:SAEPaper922339,1992. | | [18] | LAIMC,KIMJY,CHENGCY,etal.Three dimensionalsimulationsofautomotivecatalyticconverterinternalflow[R].US:SAEPaper910200,1991. | | [19] | VOLTZSE,MORGANCR,LIEDERMAND,etal.Kineticstudyofcarbonmonoxideandpropyleneoxidationonplatinumcatalysts[J].IndEngChemProdResDevelop,1973,12(4):294-301. | | [20] | SUBRAMANIAMB,VARMAA.Reactionkineticsonacommercialthree waycatalyst:TheCO NO O2 H2Osystem[J].IndEngChemProdResDevelop,1985,24(4):512-516. | | [21] | OHSH.EffectsofceriumadditionontheCO NOreactionkineticsoveralumina supportedrhodiumcatalysts[J].JournalofCatalysis,1990,124:477-487. | | [22] | HERZRK,KIELAJB,SELLJA.Dynamicbehaviorofautomotivecatalysts.2.Carbonmonoxideconversionundertransientair fuelratioconditions[J].IndEngChemProdResDevelop,1983,22(3):387-396. | | [23] | TALORKC,SINKEVITCHM.Behaviorofautomobileexhaustcatalystswithcycledfeedstreams[J].IndEngChemProdResDevelop,1983,22(1):45-51. | | [24] | SCHLATTERJC,SINKEVITCHRM,MITCHELLPJ.Laboratoryreactorforthree wayautomotivecatalystevaluation[J].IndEngChemProdResDevelop,1983,22(1):51-56. | | [25] | LIEABK,HOEBINKJ,MARINGB.TheeffectsofoscillatoryfeedingofCOandO2ontheperformanceofamonolithiccatalyticconverterofautomobileexhaustgas:Amodelingstudy[J].TheChemicalEngineeringJournal,1993,53:47-54. | | [26] | IHARAK,MURAKAMIH,OHKUBOK.Improvementofthree waycatalystperformancebyoptimizingceriaimpregnation[R].US:SAEPaper902168,1990. | | [27] | BARTLEYGJJ,SHADYPJ,ANIELLOMJD,etal.Advancedthree waycatalystformulationsforhightemperatureapplications[R].US:SAEPaper930076,1993. | | [28] | FISHERGB,THEISJR,CASARELIAMV,etal.TheroleofceriainautomotiveexhaustcatalysisandOBD ��catalystmonitoring[R].US:SAEPaper931034,1993. | | [29] | THEISJR,LABARGEWJ,FISHERGB.Theeffectsofcatalystvolumeandceriacontentontheemissionperformanceandoxygenstoragecapacityofautomotivecatalysts[R].US:SAEPaper932666,1993. | | [30] | TROVARELLIA.CatalyticpropertiesofceriaandCeO2containingmaterials[J].CatalRev SciEng,1996,38(4):439-520. | | [31] | HERZRK.Dynamicbehaviorofautomotivecatalysts.1.Catalystoxidationandreduction[J].IndEngChemProdResDevelop,1981,20(3):451-456. | | [32] | SMEDLERG,ERIKSSONS,LINDBLADM,etal.Deteriorationofthree wayautomotivecatalysts.Part��:Oxygenstoragecapacityatexhaustconditions[R].US:SAEPaper93 0 944, 1 993 . | | [33] | OHSH,CAVENDISHJC.Designaspectsofpoisonresistantautomobilemonolithiccatalysts[J].IndEngChemProdResDevelop,1983,22(4):509-518. | | [34] | OHSH,CAVENDISHJC,HEGEDUSLL.Mathematicalmodelingofcatalyticconverterlightoff:Single pelletstudies[J].AIChEJournal,1980,26(6):935-943. | | [35] | OHSH,CAVENDISHJC.Mathematicalmodelingofcatalyticconverterlightoff.Part��:Modelverificationbyengine dynamometerexperiments[J].AIChEJournal,1985,31(6):935-942. | | [36] | STEPHANOPOULOSMF,VOECKSGE,CHARNGT.Modelingofheattransferinnon adiabaticmonolithreactorsandexperimentalcomparisonsofmetalmonolithswith��������packedbeds[J].ChemicalEngineeringScience,1986,41(5):1203-1212. | | [37] | CHENDKS,OHSH,BISSETTEJ,etal.Athreedimensionalmodelfortheanalysisoftransientthermalandconversioncharacteristicsofmonolithiccatalyticconverters[R].US:SAEPaper880282,1988. | | [38] | OHSH,CAVENDISHJC.Mathematicalmodelingofcatalyticconverterlightoff.Part��:Predictionofvehicleexhaustemissionsandparametricanalysis[J].AIChEJournal,1985,31(6):943-949. | | [39] | OHSH.Thermalresponseofmonolithiccatalyticconvertersduringsustainedenginemisfiring:Acomputationalstudy[R].US:SAEPaper881591,1988. |
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2005, Vol. 22 
