一篇论文的参考文献是将论文在研究和写作中可参考或引证的主要文献资料，列于论文的末尾，以下是小编搜集整理的临床医学硕士毕业论文参考文献范例，欢迎阅读参考。
参考文献一：
[1]VargasHA,Akin05ZhengJ，etal.ThevalueofMRimagingwhenthesiteofuterinecanceroriginisuncertain[J].Radiology,2011，258(3):785-792
[2]HoriM，KimT，OnishiH，etalUterineTumors:Comparisonof3Dversus2DT2?weightedTurboSpin-EchoMRImagingat3.0T—InitialExperience1[J].Radiology,2011，258(1):154-163.
[3]SubakLL，HricakH，PowellCB?etal.Cervicalcarcinoma:computedtomographyandmagneticresonanceimagingforpreoperativestaging[J].ObstetGynecol，1995，86(1):43-50.
[4]MayrNA，YuhWT,ZhengJ,etal.Tumorsizeevaluatedbypelvicexaminationcomparedwith3-DMRquantitativeanalysisinthepredictionofoutcomeforcervicalcancer[J].IntJRadiatOncolBiolPhys,1997，39(2):395-404
[5]JensenRL，MumertML，GillespieDL，etal.Preoperativedynamiccontrast-enhancedMRIcorrelateswithmolecularmarkersofhypoxiaandvascularityinspecificareasofintratumoralmicroenvironmentandispredictiveofpatientoutcome[J].NeuroOncol,2014，16(2):280-291.
[6]JansenJF，SchSderH，LeeNY,etal.Noninvasiveassessmentoftumormicroenvironmentusingdynamiccontrast-enhancedmagneticresonanceimagingand18F-fluoromisonidazoIepositronemissiontomographyimaginginnecknodalmetastases[J],IntJRadiatOncolBiolPhys,2010，77(5):1403-1410.
[7]KimS，LoevnerLA,QuonH,etal.Predictionofresponsetochemoradiationtherapyinsquamouscellcarcinomasoftheheadandneckusingdynamiccontrast-enhancedMRimaging[J].AJNRAmJNeuroradiol,2010,31(2):262-268.
[8]JiaZ，GengD,XieT，etal.Quantitativeanalysisofneovascularpermeabilityingliomabydynamiccontrast-enhancedMRimaging[J].JClinlNeurosci,2012，19(6):820-823.
[9]YaoWW，ZhangH，DingB,etal.Rectalcancer:3Ddynamiccontrast-enhancedMRI;correlationwithmicrovasculardensityandclinicopathologicalfeatures[J].RadiolMed,2011，116(3):366-374.
[10]OzdumanK，YildizE，DinnerA，etal.Usingintraoperativedynamiccontrast-enhancedT1-weightedMRItoidentifyresidualtumoringlioblastomasurgery[J].JNeurosurg，2014,120(1):60-66.
[11]OfConnorJP，ToftsPS,MilesKA,etal.Dynamiccontrast-enhancedimagingtechniques:CTandMRI[J].BrJRadiol，2011，84(2):112-120.
[12]JacksonA,JaysonGC,LiKL,etal.Reproducibilityofquantitativedynamiccontrast-enhancedMRIinnewlypresentingglioma[J].BrJRadiol，2003，76(903):153-162.
[13]SevcencoS，PonholdL，JavorD，etal.Three-Tesladynamiccontrast-enhancedMRI:acriticalassessmentofitsusefordifferentiationofrenallesionsubtypes[J].WorldJUrol,2014，32(1):215-220.
[14]RenJ5HuanY，WangH，etalDynamiccontrast-enhancedMRIofbenignprostatichyperplasiaandprostaticcarcinoma:correlationwithangiogenesis[J],ClinRadio,2008,63(2):153-159.
[15]Shukla-DaveA,HricakH.RoleofMRIinprostatecancerdetection[J].NMRBiomed,2014,27(1):16-24.
[16]deRooijM，HamoenEH,FuttererJJ，etal.AccuracyofMultiparametricMRIforProstateCancerDetection:AMeta-Analysis[J].AJRAmJRoentgenol,2014，202(2):343-351.
[17]WangXH，PengWJ5XinC,etal.[Valueofdynamiccontrast-enhancedMRIinassessmentofearlyresponsetoneoadjuvantchemotherapyinbreastcancer][J].ZhonghuaZhongLiuZaZhi[Chinesejournalofoncology],2010,32(7):539-543.
[18]TanSL,RahniatK，RozalliFI，etal.Differentiationbetweenbenignandmalignantbreastlesionsusingquantitativediffusion-weightedsequenceon3TMRI[J],ClinRadio，2014，69(1):63-71.
[19]YoppAC，SchwartzLH，KemenyN,etal.Antiangiogenictherapyforprimarylivercancer:correlationofchangesindynamiccontrast-enhancedmagneticresonanceimagingwithtissuehypoxiamarkersandclinicalresponse[J].AnnSurgOncol,2011，18(8):2192-2199.
[20]ArmbrusterM,SourbronS，HaugA，etal.EvaluationofNeuroendocrineLiverMetastases:AComparisonofDynamicContrast-EnhancedMagneticResonanceImaging紐dPositronEmissionTomography/ComputedTomography[J],InvestRadiol,2014，49(1):7-14.
[21]TappouniR，ElKadyRM，SarwaniNetal.Comparisonoftheaccuracyofdiffusion-weightedimagingversusdynamiccontrastenhancementmagneticresonanceimagingincharacterizingfocalliverlesions[J].JComputAssistTomogr，2013，37(6):995-1001.
[22]FolkmanJ.Tumorangiogenesis:therapeuticimplications[J].NEnglJMed，1971,285(21):1182-1186.
[23]HawighorstH，KnapsteinPG,KnoppMV，etal.Cervicalcarcinoma:standardandpharmacokineticanalysisoftime-intensitycurvesforassessmentoftumorangiogenesisandpatientsurvival[J].MAGMA,1999，8(1):55-62.
[24]FranielT，HammB,HricakH.Dynamiccontrast-enhancedmagneticresonanceimagingandpharmacokineticmodelsinprostatecancer[J].EurRadiol,2011,21(3):616-626.
[25]ToftsPS，BrixG，BuckleyDL，etal.Estimatingkineticparametersfromdynamiccontrast-enhancedT1-weightedMRIofadiffusibletracer:standardizedquantitiesandsymbols[J].JMagnResonImaging,1999，10(3):223-232.
[26]AlonziR，PadhaniAR,AllenC.DynamiccontrastenhancedMRIinprostatecancer[J].EurJRadiol,2007，63(3):335-350.
[27]EllingsenC，EgelandTA，GulliksrudK,etal.Assessmentofhypoxiainhumancervicalcarcinomaxenograftsbydynamiccontrast-enhancedmagneticresonanceimaging[J].IntJRadiatOncolBiolPhys?2009,73(3):838-845.
[28]SeeberL，HorreeN，VooijsMA,etal.Theroleofhypoxiainduciblefactor-1alphaingynecologicalcancer[J],CritRevOncolHematol，2011，78(3):173-184.
[29]PurdieTQHendersonE，LeeTY.FunctionalCTimagingofangiogenesisinrabbitVX2soft-tissuetumour[J].PhysMedBiol,2001,46(12):3161-3175.
[30]FidlerIJ.Angiogenicheterogeneity:regulationofneoplasticangiogenesisbytheorganmicroenvironment[J].JNatlCancerInst,2001，93(14):1040-1041.
[31]田丽，刘立志，范卫君.鼻咽癌MRI动态增强参数与微血管密度和血管内皮生长因子表达的相关性研究[J].中山大学学报(医学科学版),2009,30(3):336-340.
[32]于德新，马祥兴，魏华刚，等.肝细胞癌微血管及成熟血管对MR增强表现特征的影响[J].实用放射学杂志,2009，25(3):351-355.
[33]DonaldsonSB，WestCM,DavidsonSE，etal.AcomparisonoftracerkineticmodelsforT1-weighteddynamiccontrast-enhancedMRI:Applicationincarcinomaofthecervix[J].MagnResonMed,2010，63(3):691-700.
[34]VeeravaguA,HouLC，HsuAR，etal.Thetemporalcorrelationofdynamiccontrast-enhanced,magneticresonanceimagingwithtumorangiogenesisinamurineglioblastomamodel[J].NeurolRes，2008，30(9):952-959.
[35]HarrerJU,ParkerGJ，HaroonHA,etal.Comparativestudyofmethodsfordeterminingvascularpermeabilityandbloodvolumeinhumangliomas[J].JMagnResonImaging，2004，20(5):748-757.
[36]ZaharchukG.TheoreticalbasisofhemodynamicMRimagingtechniquestomeasurecerebralbloodvolume,cerebralbloodflow,andpermeability[J].AJNRAmJNeuroradiol,2007，28(10):1850-1858,
[37]McDonaldDM,BalukP.Significanceofbloodvesselleakinessincancer[J].CancerRes，2002，62(18):5381-5385.
[38]McDonaldDM,ChoykePL.Imagingofangiogenesis:frommicroscopetoclinic[J].NatMed,2003，9(6):713-725.
[39]MichelCC，CurryFE.Microvascularpermeability[J].PhysiolRev,1999，79(3):703-761.
[40]YangC，StadlerWM,KarczrnarGS，etal.Comparisonofquantitativeparametersincervixcancermeasuredbydynamiccontrast-enhancedMRIandCT[J].MagnResonMed,2010，63(6):1601-1609.
参考文献二：
[1]吴海树.齿科激光煌接理论与实践[M].大连：大连海事大学出版社，2002:49-50.
[2]J.A.Atoui,D.N.B.Felipucci,V.O.Pagnano,etal.Tensileandflexuralstrengthofcommerciallypuretitaniumsubmittedtolaserandtungsteninertgaswelds[J].Braziliandentaljournal，2013，24(6):630-634.
[3]R.Nomoto,Y.Takayama，F.Tsuchida，etal.Non-destructivethree-dimensionalevaluationofporesatdifferentweldedjointsandtheireffectsonjointstrength[J],Dentalmaterials,2010，26(12):246-252.
[4]F.Caiazzo,V.Alfieri，G,Corrado,etal.InvestigationandOptimizationofLaserWeldingofTi-6Al-4VTitaniumAlloyPlates[J].JournalofManufacturingScienceandEngineering-transactionsoftheASME，2013，135(6):452-463.
[5]S.Michio，Y.Satoshi,T.Misao,etal.Influenceofirradiationconditionsonthedeformationofpuretitaniumframesinlaserwelding[J],DentalMaterialsJournal,2009，28(2):243-247.
[6]H.Kikuchi,T.Kurotani,M.Kaketani,etal.Effectoflaserirradiationconditionsonthelaserweldingstrengthofcobalt-chromiumandgoldalloys.[J]JournalofOralScience，2011，53(3):301-305.
[7]X.J.Cao，A.S.H.Kabir，P.Wanjara,etal.GlobalandLocalMechanicalPropertiesofAutogenouslyLaserWeldedTi-6A1-4V[J].MetallurgicalandMaterialsTransactionA-PhysicalMetallurgyandMaterialsScience，2014，45A(3):1258-1272.
[8]S.Viritpon,Y.Takayuki,K.Equo，etal.Comparativestudyontorsionalstrength，ductilityandfracturecharacteristicsoflaser-weldeda+PTi-6Al-7Nballoy,CPTitaniumandCo-Cralloydentalcastings[J].DentalMaterials,2008，24(6):839-845.
[9]J.Liu，V.Ventzke，P.Staron,etal.EffectofPost-weldHeatTreatmentonMicrostructureandMechanicalPropertiesofLaserBeamWeldedTiAl-basedAlloy[J].MetallurgicalandMaterialsTransactionA-PhysicalMetallurgyandMaterialsScience,2014，45A(l):16-28.
[10]K.Hisaji,K.Tomoko，K.Masahiro，etal.Effectoflaserirradiationconditionsonthelaserweldingstrengthofcobalt-chromiumandgoldalloys[J].JournalofOralScience,2011,53(3):301-305.
[11]崔广，宋应亮.不同杆圈接触形态对辉接面机械性能影响的研究[J].中国美容医学，2012,21(12):2227-2229.
[12]R.R.Wang,C.T.Chang.Thermalmodelingoflaserweldingfortitaniumdentalrestorations[J]JProsthetDent,1998，79(3):335-342.
[13]J.M.C.NunezPantoja，A.P.Farina，L.G.Vaz，etal.Fatiguestrength:effectofweldingtypeandjointdesignexecutedinTi-6A1_4Vstructures[J].Gerodontology,2012,29(2):el005-el010.
[14]解光明，王前文,夏荣.激光辉接钛及钛合金腐蚀疲劳强度的研究[J].实用口腔医学杂志，2009，25(4):463-464.
[15]J.M.C.NunezPantoja，L.G.Vaz,M.A.A.Nobilo，etal.EffectsoflaserweldjointopeningsizeonfatiguestrengthofTi-6A1-4Vstructureswithseveraldiameters[J],JournalofOralRehabilitation,2011，38(3):196-201.
[16]LA.Orsi,L.B.Raimundo,O.L.Bezzon,etal.Evaluationofanodicbehaviorofcommerciallypuretitaniumintungsteninertgasandlaserwelds[J].JournalofProsthodontics，2011，20(8):628-631.
[17]卢军霞，曹风华，郭天文等.激光燥和脉冲氩辉对铁耐腐烛性的影响[J].实用口腔医学杂志，2000，17(2):105-108.
[18]方洪渊.揮接结构学[M].北京：机械工业出版社，2008:109-127.
[19]G.Bussu,P.E.Irving.Theroleofresidualstressandheataffectedzonepropertiesonfatiguecrackpropagationinfrictionstirwelded2024-T351aluminiumjoints[J].InternationalJournalofFatigue,2003，25(1):77-88.
[20]宋天民.燥接残余应力的.产生与消除[M].北京：中国石化出版社，2005:13-17.
[21]I.Watanabe,C.Jennifer,Y.Chiu.Dimensionalchangeoflaser-weldedgoldalloyinducedbyheattreatment[J].BasicScienceResearch,2007，16(5):365-369.
[22]I.Watanabe,A.P.Beuson,k.Nguyen.Effectofheattreatmentonjointpropertiesoflaser-weldedAg-Au-Cu-PdandCo-Cralloys[J].JProsthedont,2005，14(3):170-174,
[23]I.Watanabe,J.Liu,M.Atsuta,etal.Effectsofheattreatmentsonmechanicalstrengthoflaser-weldedequi-atomicAuCu-6at%alloy[J].JDentRes，2001,80(9):1813-1817.
[24]X.S.Liu,H.Y.Fang，S.D.Ji，etal.ControlofTitaniumAlloyThinPlateWeldingDistortionbyTrailingPeening[J].Mater.Sci.Technol，2003,19(1):184-186.
[25]JJ.Xu，L.J.Chen，J.H.Wang.Predictionofweldingdistortioninmultipassgirth-buttweldedpipesofdifferentwallthickness[J].TheInternationalJournalofAdvancedManufacturingTechnology,2008，35(9-10):987-993.
[26]A.S.Munsi,A.J.Waddell,C.A.Walker.Vibratorystressrelief-aninvestigationofthetorsionalstresseffectinweldedshafts[J].JournalofstrainAnalysis,2001，36(5):453-463.
[27]李占明，朱有利，王侃.超声波冲击处理对2A12招合金揮接接头组织的影响[J].金属热处理，2008,33(7):53-56.
[28]R.T.Huang,W.L.Huang,R,H.Huang,etal.Effectsofmicrostructuresonthenotchtensilefracturefeatureofheat-treatedTi-6Al-6V-2Snalloy[J].MaterialsScienceandEngineering:A，2014，595:297-305.
[29]T.Novoselova,S.Malinov,W.Sha.ExperimentalstudyoftheeffectsofheattreatmentonmicrostructureandgrainsizeofagammaTiAlalloy[J].Intermetallics,2003，11(5):491-499.
[30]S.K.Nirmal,S.Rakesh,S.S.Vishal.CryogenicTreatmentofToolMaterials:AReview[J].MaterialsandManufacturingProcesses，2010，25(10):1077-1100.
[31]V.Firouzdor，E.Nejati,F.Khomamizadeh.EffectofdeepcryogenictreatmentonwearresistanceandtoollifeofM2HSSdrill[J].JournalofMaterialsProcessingTechnology，2008，206(1-3):467-472.
[32]J.W.Kim，J.A.Griggs,J.D.Regan,etal.Effectofcryogenictreatmentonnickel-titaniumendodonticinstruments[J].InternationalEndodonticJournal，2005,38(6):364-371.
[33]S.Yan，Y.Zhang,S.G.Shi，etal.Effectoftwokindsofannealingmethodsonthemechanicalpropertiesofdentaltitaniumcastings[J].Journalofpracticalstomatology，2010，26(4):465-468.
[34]闫澍，张玉梅，赵永庆等.热处理温度对牙科铸造纯铁拉伸性能的影响[J].实用口腔医学杂志，2008,24(1):74-77.
[35]A.Ebihara,Y.Yahata,K.Miyara，etal.Heattreatmentofnickel-titaniumrotaryendodonticinstruments:effectsonbendingpropertiesandshapingabilities[J].InternationalEndodonticJoximal,2011，44(9):843-849.
[36]OA.Cuoghi，G.RKasbergen,P.H.Santos,etal.Effectofheattreatmentonstainlesssteelorthodonticwires[J].BrazOralRes.2011，25(2):128-134.
[37]S.S.D.Rocha，G.L.Adabo，L.G.Vaz，etal.EffectofthermaltreatmentontensilestrengthofcommerciallycastpuretitaniumandTi-6AI-4Valloys[J],JMaterSciMaterMed,2005，16(8):59-66.
[38]梁锐英，赵艳萍，温黎明等.激光燥接新型钴络合金的力学性能[J].中国组织工程研究与临床修复，2011，15(38):7135-7138.
[39]刘亚俊，李勇，曾志新等.深冷处理提高硬质合金刀片耐磨性能的机理研究[J].工具技术，2001，35⑶:19-20.
[40]D.N.Collins.Deepcryogenictreatmentoftoolsteels[J].HeatTreatmentofMetals，1996，23(2):40-42.