超超临界火电机组锅炉用钢的分析

2006360MaterialsforBoilersinUltra-SupercriticalThermalPowerUnit,(),(SC)(USC),,,,1,,,,620,,620[1],593,,T91,T22,SS304HSS347,,(T11[2]1.25Cr,0.5Mo)T91,T91,,,NOx,2mm/a,Cr22.1,,:,,,,(),,:;;;:TK225:B:1007-1881(2006)03-0060-04,,(,310014)ZHEJIANGELECTRICPOWER2006361,,,,P11P22,,P11P22593,HT9HT91HCM9MHCM12P91HT9HT91500600105h,540,56058020aCMsHT9HT91HCM9M9CrP91595P91,P91HT91,P91VNbN,M23C6(NbV),MoP91,,,[3,4],P91Fujita9-12CrMoVNbWMo30%[5]NF61(P92)9CrP12212Cr,ASMEWE911600P9125%620,34MPaP91620P122NF616E911,HCM12EM12HCM9MHT91(593),2.2(1),NF616HCM12AE911,9-12Cr(2)9-12Cr,,(3),(4)IV,1/2CrMoV2-1/4Cr-1MoT9110%20%,,3,,,,3.1,T22538T91HCM12EM12HCM9MHT91565,T92P122E911593,563,20063629Cr593,12Cr,P12218Cr-8NiTP304316H347HA-1,CrNi17-14CuMoEs2shete1250A2,Cr20%,AISI347HA-1[6]Cr20%,NF707NF709HR3C,650700In2coloy800,NF709HR3CInconel617Cr22%,,NiCr,50[7],,6503.2Cr,9%12%Cr2-1/4Cr-1Mo12%Cr2-1/4%Cr9%CrCr30%,Cr30%[8]600,,750,,600750,Cr310Incoloy800H,Inconel671IN72Cr,316H321HEsshete1250:T91HCM12347Incoloy800Inconel671[9]Blough[10],Cr,800,NF709,,310,HR3C,3.3,Sumitomo500hT22,T9,HCM9MT91[11],T91Masuyamaetal550625HCM12,HCM9M,321H347H[12]44.1625/32MPa,500525,T11T91,,SUMITOMOMHICr2.5%12%[13]T91,2.5%Cr,ASMET234.2,,13mm/a,S1%S1%,SH2SCOFeS,:2006363[1][2][3][4][5][6][7][8][9][10][11][12][13]5(1)538/17MPa(2),Cr9-12%Cr9-12%NbMoVW3P92P122E911,620/34MPaCoW12%CrNF12SAVE12650,650,(3),565,Cr620,Super304H,AA1,17CW-MO;,20%25%Cr,HR3C,NF709IN72Inconel671,NF709Cr30AInconel671(50%)650(4),Cr2.5%Cr12%T23HCM12,595650;NOx,,,Cr18-20%:K.H.Mayeretal,NewMaterialsforImprovingtheEfficien2cyofFossil-firedThermalPowerStations[R].Internation2alJointPowerGenerationConference,PWR-Vol.33,ASME,1998:831-841.R.D.Hottenstine,N.A.PhilipsandR.A.Dill.DevelopmentPlansforAdvancedFossilFuelPowerPlants[R].ReportCS-4029,EPRI,PaloAlto,1985.T.Topodaetal.DevelopmentofThickWalledPipesandHeadersofModified9CrSteel.Proc.oftheSecondInterna2tionalConferenceonImprovedCoal-firedPowerPlants[R].2-7Nov,1988,PaloAlto,CA,EPRIReportGS-6422:36-1.B.W.Robertsetal.ThickSectionWeldingofModified9Cr-1Mo(P91)steel[R].EPRIReportTR-101394,September1992.T.Fujitaetal.Developmentofa9Crsteel[R].inEPRIReportCS-5581-SR:5-201.K.Yoshikawaetal.therm[J].Nucl.Power,Vol.12(No.12),1985:1325-1339.F.Masuyama,H.HanedaandB.W.Roberts.UpdateSurveryandEvaluationofMaterialsforImprovedCoal-FiredPowerPlants[R].ReportCS-5181-SR,EPRI,PaloAlto,1988.T.Ikeshima,Bull,JapanInst[J].Metals,1983,22(5),1983.A.L.PlumleyandW.R.Roczniac,CoalAshCorrosionFieldTestingofAdvancedBoilerTubeMaterials[R].ProceedingoftheSecondInternationalConferenceonImprovedCoal-FiredPowerPlants,ElectricPowerResearchInstitute,PaloAlto,CA,Nov1-4,1988.J.L.Bloughetal,SuperheaterCorrosion-FieldTestResult[R].ReportTR-103438,EPRI,PaloAlto,Nov1993.PropertiesofSuper9CrSteelTube(ASTM)A213-T91[R].Report803F-No,1023,SumitomoMetalIndustries,July1983.F.Masuyama,H.Haneda,T.Daikoku,andT.Tsuchiya,DevelopmentandApplicationsofaHighStrength,12%CrSteelTubingwithImprovedWeldability[J].TechnicalRe2view,MitsubishiHeavyIndustries,Ltd.,Japan,Oct.1986:229-237.R.Blum.MaterialsDevelopmentforPowerPlantswithAd2vancedSteamParemeters[R].UtilityPointofView[R].Proc.materialsforAdvancedPowerEng.1991.:2006-01-23:(1975-),,,,,