混凝土中鋼筋銹蝕研究現(xiàn)狀與熱點問題分析

1、[1]PAGECLTREADAWAYKWJ.Aspectsoftheelectrochemistryofsteelinconcrete[J].Nature1982297(13):109115.[2]GLASSERFPSAGOECRENTSILKK.Steelinconcrete:PartI.areviewoftheelectrochemicalthermodynamicaspects[J].MagConcrRes198941(149):

2、205212.[3]HAUSMANNDA.Steelcrosioninconcretehowdoesitoccur[J].MaterProt19676(11):1923.[4]HAUSMANNDA.Threemythsaboutcrosionofsteelinconcrete[J].MaterPerfm200746(8):7073.[5]GONZALEZJAFELIUSRODRIGUEZP.Somequestionsonthecrosi

3、onofsteelinconcrete.PartI:whenhowhowmuchsteelcrodes[J].MaterStruct199629(1):4046.[6]GONZALEZJAFELIUSRODRIGUEZP.Somequestionsonthecrosionofsteelinconcrete.PartII:crosionmechanismmonitingservicelifepredictionprotectionmeth

4、ods[J].MaterStruct199629(2):97104.[7]RAMACHRANVSBEAUDOINJJ.HbookofAnalyticalTechniquesinConcreteScienceTechnology:PrinciplesTechniquesApplications[M].NewJersey:NoyesPublications2001:455456.[8]POURSAEEAHANSSONCM.Reinfcing

5、steelpassivationinmtarpesolution[J].CemConcrRes200737(7):11271133.[9]ALONSOCRADECGonzalezJA.Relationbetweenresistivitycrosionrateofreinfcementsincarbonatedmtarmadewithseveralcementtypes[J].CemConcrRes198818(5):687698.[10

6、]HUETBL’HOSTISVSANTARINIGetal.Steelcrosioninconcretedeterministmodelingofcathodicreactionasafunctionofwatersaturationdegree[J].CrosSci200749(4):19181932.[11]HUETBL’HOSTISVMISERQUEF.Electrochemicalbehaviofmildsteelinconcr

7、ete:InfluenceofpHcarbonatecontentofconcretepesolution[J].ElectrochimActa200551(1):172180.[12]BERTOLINILCARSANAMREDAELLIE.Conservationofhisticalreinfcedconcretestructuresdamagedbycarbonationinducedcrosionbymeansofelectroc

8、hemicalrealkalization[J].JCultHerit20089(4):376385.[13]RADECMARTINEZICASTELLOTEMetal.SomeprinciplesofservicelifecalculationofreinfcementsinsitucrosionmonitingbysenssintheradioactivewastecontainersofElCabrildisposal[J].JN

9、uclMater2006358(23):8295.[14]HIDALGOADOMINGOCGARCIACetal.MicrostructuralchangesinducedinPtlcementbasedmaterialsduetonaturalsupercriticalcarbonation[J].JMaterSci200843(9):31013111.[15]GARCAGONZLEZCAHIDALGOARADECetal.Modif

10、icationofcompositionmicrostructureofPtlcementpastesasaresultofnaturalsupercriticalcarbonationprocedures[J].IndEngChemRes200645(14):49854992.[31]DIAZBNOVOAXRPEREZMC.Studyofthechlidediffusioninmtar:anewmethodofdeterminingd

11、iffusioncoefficientsbasedonimpedancemeasurements[J].CemConcrCompos200628(3):237245.[32]VEDALAKSHMIRSARASWATHYVSONGHWetal.DeterminationofdiffusioncoefficientofchlideinconcreteusingWarburgdiffusioncoefficient[J].CrosSci200

12、951(6):12991307.[33]MARCHJSAMSONE.Predictingtheservicelifeofconcretestructureslimitationsofsimplifiedmodels[J].CemConcrCompos200931(8):515521.[34]SAMSONEMARCHJ.Modelingthetransptofionsinunsaturatedcementbasedmaterials[J]

13、.ComputStruct200785(2324):17401756.[35]BAROGHELBOUNYVNGUYENTQDANGLAP.AssessmentpredictionofRCstructureservicelifebymeansofdurabilityindicatsphysicalchemicalmodels[J].CemConcrCompos200931(8):522534.[36]ANGSTUVENNESLφ.Dete

14、ctingcriticalchlidecontentinconcreteusingembeddedioniveelectrodeseffectofliquidjunctionmembranepotentials[J].MaterCros200960(8):638643.[37]WALLHNILSSONLO.Astudyonsamplingmethodsfchlideprofiles:simulationsusingdatafromEPM

15、A[J].MaterStruct200841(7):12751281.[38]MIDYAMADAKHOSOKAWAYetal.ApplicationsofelectronprobemicroanalyzerfmeasurementofClconcentrationprofileinconcrete[J].JAdvConcrTechnol20064(3):369383.[39]NAQVIAANAGADIMMALAMOUDIOSB.Prom

16、ptgammaanalysisofchlineinconcretefcrosionstudy[J].ApplRadiatIsot200664(2):283289.[40]KONDAYTAKEDAAHIDESHIMAS.Effectofadmixturesonelectrolyticcrosionofsteelbarsinreinfcedconcrete[J].JACI195956(10):299312.[41]MILLERRLHARTT

17、WHBROWMRP.Straycurrentgalvaniccrosionofreinfcingsteelinconcrete[J].MaterPerfm197615(5):2027.[42]BERTOLINILCARSANAMPEDEFERRIP.Crosionbehaviourofsteelinconcreteinthepresenceofstraycurrent[J].CrosSci200749(3):10561068.[43]Y

18、ANGSCYANGX.Evaluationofstraycurrentcrosionresistanceofconcreteinmetroconstruction[J].FrontArchCivilEngChina20082(3):246252.[44]ENEVOLDSENJNHANSSONCMHOPEBB.Theinfluenceofinternalrelativehuityontherateofcrosionofsteelembed