信息检索作业2外文数据库.docx

信息检索作业2外文数据库.docx

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信息检索作业2外文数据库

检索报告书

检索1：

项目名称：

四川大学材料科学与工程学院沈宝罗教授的论文在EI中被收录的情况

委托人：

四川大学材料学院沈宝罗

委托日期：

2009年5月7日

完成日期：

2009年5月8日

检索情况

检索系统：

EICompendex

检索年份：

2005－2009

检索策略：

（（{shen,baoluo}WNAU）OR（shen,bao-luo）WNAU））OR（{SHEN,B.L}WNAU）AND（SichuanUniv.）PY=（2005－2009）

检索结果：

经检索EICompendex，四川大学沈宝罗2005－2009年有7篇论文被收录。

特此证明。

检索结果（题录格式）如下：

1.Accessionnumber:

20080811102256

Title:

InfluenceofambienttemperatureandACmagneticfieldondampingbehaviorofFe-13Cr-2.5Moalloy

Authors:

Xu,Yong-Gang1;Li,Ning2;Shen,Bao-Luo2;Hua,Hong-Xing3

Authoraffiliation:

1ShanghaiJiaoTongUniv.,SichuanUniv.,China

2SichuanUniv.,China

3ShanghaiJiaoTongUniv.,China

Correspondingauthor:

Xu,Y.-G.

Sourcetitle:

ProceedingsofSPIE-TheInternationalSocietyforOpticalEngineering

Abbreviatedsourcetitle:

ProcSPIEIntSocOptEng

Volume:

6423

Monographtitle:

InternationalConferenceonSmartMaterialsandNanotechnologyinEngineering

Issuedate:

2007

Publicationyear:

2007

Articlenumber:

64231L

Language:

English

ISSN:

0277786X

CODEN:

PSISDG

ISBN-13:

9780819465368

Documenttype:

Conferencearticle（CA）

Conferencename:

InternationalConferenceonSmartMaterialsandNanotechnologyinEngineering

Conferencedate:

July01,2007-July04,2007

Conferencelocation:

Harbin,China

Conferencecode:

71403

Sponsor:

SPIE;HarbinInstituteofTechnology,China

Publisher:

SPIE,P.O.Box10,BellinghamWA,WA98227-0010,UnitedStates

Abstract:

ThedampingbehaviorsofFe-13Cr-2.5MoalloyatambienttemperaturesandtheACmagneticfieldaretestedwiththeimprovedreversaltorsionmachine.TheprecipitationsdistributingintheannealedalloyarealsoobservedwithSEM.Theresultsshowthatbecausethedefectionsdecreaseduringtheannealingtreatment,causingahigherdampingcapacityofthisalloy.Thisdampingdropslinearlyto63%whentheambienttemperaturechangesfrom23oCto500oC,resultingfromthegradualdecreaseofferromagnetism.Ontheotherhand,theACmagneticfieldcausesthedampingcapacitytodropsharply,andfinallyitreachesamuchlowerlevel.

Mainheading:

Ironalloys

Controlledterms:

Annealing-Damping-Ferromagnetism-Magneticfieldeffects-Scanningelectronmicroscopy-Thermaleffects

Uncontrolledterms:

Annealingtreatment-Dampingdrops-Reversaltorsionmachine

Classificationcode:

931.1Mechanics-741.1Light/Optics-708.4MagneticMaterials-701.2Magnetism:

BasicConceptsandPhenomena-641HeatandMassTransfer;Thermodynamics-545.2IronAlloys-537.1HeatTreatmentProcesses

Treatment:

Theoretical（THR）;Experimental（EXP）

DOI:

10.1117/12.779607

Database:

Compendex

Compilationandindexingterms,?

2008ElsevierInc.

2.Accessionnumber:

2005169051949

Title:

EffectofannealingtemperatureondampingcapacityandmagneticdomainstructureofFe-7Al-0.5Tialloy

Authors:

Xu,Yong-Gang;Li,Ning;Shen,Bao-Luo;Qiu,Shao-Yu;Zou,Hong

Corr.authoraffiliation:

Dept.ofMat.FormingEng.,ManufactorySci.andEng.Inst.,SichuanUniv.,Chengdu610065,China

Sourcetitle:

JinshuRechuli/HeatTreatmentofMetals

Abbreviatedsourcetitle:

JinshuRechuli

Volume:

30

Issue:

3

Issuedate:

March2005

Publicationyear:

2005

Pages:

43-45

Language:

Chinese

ISSN:

02546051

CODEN:

JRECDB

Documenttype:

Journalarticle（JA）

Publisher:

SciencePress,Beijing,China

Abstract:

ThedampingcapacityofFe-7Al-0.5Tialloyannealedatdifferenttemperaturewasmeasuredbyreversaltorsionapparatus.Thewater-basedmagneticfluidwasusedtoanalyzethevariationofmagneticdomainstructure.TheprecipitationalongthegrainboundarywasinvestigatedbySEM.Theresultsshowthatthereexistsadampingpeakwhenthealloyisannealedat1000°Cfor2handwater-cooled.Theinternalstressanddefectsdecreasewiththeincreaseofheattreatmenttemperatureandthismakesmagneticdomainswiderandmoreorderly,butthecarbidescontainingTiprecipitatealongthegrainboundarieswhichcauselocalcomponentsandstructureheterogeneousnessintheseareas.Asaresult,themagneticdomainsarenarrower,thedomainboundarymotionisobstructed,andtheimprovementofdampingcapacityofthisalloyisalsoaffected.

Numberofreferences:

12

Database:

Compendex

Compilationandindexingterms,©2008ElsevierInc.

Full-textandLocalHoldingsLinks

FullTextLinks

3.Accessionnumber:

2005269184565

Title:

Influenceofsecondarycarbidesprecipitationandtransformationonhardeningbehaviorofa15Cr-1Mo-1.5Vcastiron

Authors:

Wang,Jun1;Zuo,Ru-Lin2;Sun,Zhi-Ping1;Li,Cong3;Liu,Hao-Huai1;Yang,Hong-Shan1;Shen,Bao-Luo1;Gao,Sheng-Ji1;Huang,Si-Jiu4

Authoraffiliation:

1SchoolofMaterialsSci.andEng.,SichuanUniv.,Chengdu610065,China

2SchoolofMaterialsSci.andEng.,ChongqingUniv.,Chongqing400044,China

3NationalKeyLab.forNuclearFuelandMaterials,NuclearPowerInst.ofChina,Chengdu610041,China

4SijiuRareEarthAlloyFoundry,Chengdu610211,China

Correspondingauthor:

Wang,J.

Sourcetitle:

SichuanDaxueXuebao（GongchengKexueBan）/JournalofSichuanUniversity（EngineeringScienceEdition）

Abbreviatedsourcetitle:

SichuanDaxueXuebao（GongchengKexueBan）

Volume:

37

Issue:

3

Issuedate:

May2005

Publicationyear:

2005

Pages:

77-81

Language:

Chinese

ISSN:

10093087

CODEN:

SXGKFI

Documenttype:

Journalarticle（JA）

Publisher:

EditorialDepartmentofJournalofSichuanUniversity

Abstract:

Theinfluenceofsecondarycarbidesprecipitationandtransformationonhardeningbehaviorofa14Cr-1Mo-1.5Vcastironinsub-criticaltreatmentwasstudiedusingopticalmicroscope（OM）,transmissionelectronmicroscopy（TEM）andX-raydiffraction（XRD）.Theresultsshowedthatwhenalloysubjectedtosub-criticaltreatmentat833K,therearetwohardeningpeak.Martensitetransformationand（Fe,Cr）23C6precipitationfromaustenitematrixinsub-criticalheattreatmentarethereasonsforappearanceofthefirsthardening,whileMoC,and（Cr,V）2Cprecipitationsand/ortransformationfromM23C6causethealloysecondaryhardening.Buttheinsitutransformationof（Fe,Cr）23C6toM3Ccarbidescausesthepearlitematrixformationthatworsenthebulkhardness.

Numberofreferences:

8

Mainheading:

Carbides

Controlledterms:

Austenite-Castiron-Hardening-Martensitictransformations-Pearlite

Uncontrolledterms:

Highchromiumcastiron-Insitutransformation-Secondarycarbides-Subcriticalheattreatment

Classificationcode:

531.2Metallography-545.2IronAlloys-804.2InorganicCompounds

Treatment:

Experimental（EXP）

Database:

Compendex

Compilationandindexingterms,©2008ElsevierInc.

Full-textandLocalHoldingsLinks

FullTextLinks

4.Accessionnumber:

2005329290354

Title:

EffectofpressureonlowtemperaturecombustionsynthesisofFe-Ti-Csystemundertheactionofelectricfield

Authors:

Feng,Ke-Qin1;Yang,Yi1;Shen,Bao-Luo2;Lin,Hui-Min1;Yang,Gang1

Authoraffiliation:

1SchoolofManufactureSci.andEng.,SichuanUniv.,Chengdu610065,China

2SchoolofMaterialsSci.andEng.,SichuanUniv.,Chengdu610065,China

Correspondingauthor:

Feng,K.-Q.

Sourcetitle:

SichuanDaxueXuebao（GongchengKexueBan）/JournalofSichuanUniversity（EngineeringScienceEdition）

Abbreviatedsourcetitle:

SichuanDaxueXuebao（GongchengKexueBan）

Volume:

37

Issue:

4

Issuedate:

July2005

Publicationyear:

2005

Pages:

86-90

Language:

Chinese

ISSN:

10093087

CODEN:

SXGKFI

Documenttype:

Journalarticle（JA）

Publisher:

EditorialDepartmentofJournalofSichuanUniversity

Abstract:

UsingGleeble1500Dthermalsimulationequipment,theeffectofpressureonthelowtemperaturecombustionsynthesisprocessof55%（wt）（Ti+C）-45%（wt）Fesystemandmicrostructurefeaturesoftheproductswerestudiedinthisstudy.TheresultsshowthattheignitiontemperatureofFe-Ti-Csystemcanbedecreasedgreatlyundertheactionofelectricfieldsandgreatthermaldensity.Thepressurehaslargeeffectonthesynthesisreaction,asmallpressurewillcausethedecreasingofignitiontemperatureandsmallsizeofTiC,butexcessivehighpressurewillcausetheincreasingofignitiontemperatureandbigsizeofTiC.Moreover,theeffectofpressureonthedelaytimeofignitionissimilartotheignitiontemperature,andtheeffectofpressureonthehighesttemperatureissmallrelatively.However,thepressurehasalittleinfluenceinproducts,allofthemconsistofFe,TiCandalittleFe2Ti.

Numberofreferences:

14

Mainheading:

Synthesis（chemical）

Controlledterms:

Combustionchambers-Electricfields-Lowtemperatureproperties-Microstructure-Pressureeffects-Xraydiffractionanalysis

Uncontrolledterms:

Fe-Ti-Csystem-Lowtemperaturecombustionsynthesis-SHS-Thermaldensity

Classificationcode:

701.1Electricity:

BasicConceptsandPhenomena-801.4PhysicalChemistry-802.2ChemicalReactions-931.2PhysicalPropertiesofGases,LiquidsandSolids-931.3AtomicandMolecularPhysics

Treatment:

Experimental（EXP）

Database:

Compendex

Compilationandindexingterms,©2008ElsevierInc.

Full-textandLocalHoldingsLinks

FullTextLinks

5.Accessionnumber:

2005179069978

Title:

Studyonhardeningbehaviorforhighchromiumcastiron16Cr2Mo