图书情报专题研究2.docx

图书情报专题研究2.docx

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图书情报专题研究2

图书情报专题研究

最新学科研究热点与前沿

2012年第2期

西北工业大学图书馆

2012年7月

前言

《图书情报专题研究》的宗旨是为我校师生开展学术研究提供有价值的参考信息。

此项工作由图书馆信息咨询与情报研究部承担，根据学校所购买的数字资源，通过分析其深层次的功能，从数据库中组织整理出了与我校学科领域相关的最新学科热点研究论文、最新研究前沿及最新国际会议信息等，以期能对我校师生开展学术研究、项目立项、开题等学术研究活动提供帮助。

本期，我们收集整理了如下八个方面的热点文献和前沿信息：

1..ElsevierScienceDirectTop25，Elsevier数据库下载次数最多的25篇论文（材料类）。

2..ElsevierScienceDirectTop25，Elsevier数据库下载次数最多的25篇论文（工程类）。

3.IELTop20，IEL数据库下载最多的20篇论文。

4.ACM最新会议。

根据ACM主页所提供的最新会议信息整理所得，可供研究者参考未来将要召开的会议内容等信息。

5.AIAA最新会议，由AIAA主站提供的最新会议信息，以供研究者参考所用。

6.IEEE最新会议，由IEEE主站提供的最新会议信息，供相关研究者参考使用。

7.SCIEssentialScienceIndicatorsHOTPAPERS，SCIEssentialScienceIndicators提供的最近两年的热点文章，其排名根据文章的被引频次。

8.NatureAdvanceOnlinePublication，Nature周刊预先提供浏览未出版的最新文章。

（注：

最新热点研究论文（NewHotPapers）和最新研究前沿（FastMovingFronts）由于来源网站内容尚未更新，本期未提供，请谅解）

如果您对我们的栏目设置、内容编排、出版方式等有好的意见和建议，欢迎与我们联系，我们将积极采纳，使这份电子刊物日臻完善。

图书馆

2012年7月

目录

一、ElsevierScienceDirectTop25（材料类）1

二、ElsevierScienceDirectTop25（工程类）11

三、IELTop2022

四、ACM最新会议30

五、AIAA最新会议32

六、IEEE最新会议38

七、SCIEssentialScienceIndicatorsHOTPAPERS（MATERIALSSCIENCE）39

八、NatureAdvanceOnlinePublication48

一、ElsevierScienceDirectTop25（材料类）

（来源：

1.题名：

Combinatorialperformancecharacteristicsofagitatednickelhypophosphiteelectrolessplatingbaths

出处：

JournalofMaterialsProcessingTechnology,Volume211,Issue9,September2011,Pages1488-1499

作者：

Bulasara,V.K.;Thakuria,H.;Uppaluri,R.;Purkait,M.K.

摘要：

Inthisarticle,wepresentthecombinatorialperformancecharacteristicsofagitatedsodiumhypophosphiteelectrolessplatingbaths.Variousperformancecharacteristicsassessedincludebathconversion,platingefficiency,selectiveconversion,metalfilmthickness,averageporesize,effectiveporosityandpercentporedensification（PPD）.Bathagitationwasbroughtforwardbyrotatingasymmetricdiskshapedporousceramicsubstratewithanominalporesizeof275nm.Theplatingcharacteristicswereinvestigatedforwiderangeofnickelsolutionconcentrations（0.04–0.16mol/L）,stirrerspeed（0–200rpm）andfortwodifferentloadingratios（definedassubstratesurfaceareaperunitvolumeofplatingsolution）values（196and393cm2/L）.Itwasevaluatedthatstirringhadaprofoundeffectonsodiumhypophosphitebasedelectrolessnickelbaths,whicharecharacterizedwithlowerconversions（10–39%）andhigherplatingefficiencies（62–99%）withoutstirringphenomena.Thestirredplatingbathsprovidedabout20–56%excessnickelplatingratewhencomparedtothebathswithoutstirring.Thisleadtoareductioninaveragemembraneporesizeby20–42nmandanenhancementinpercentporedensificationvaluesbyabout2–7%.Further,higherconcentrationsashighas0.16mol/Lhavebeenfoundtobedetrimentaltoreducethemetalplatingefficiencytolowervalues（42%）.ObserveddatatrendsconfirmupontheurgentneedtoidentifysuitablemasstransferenhancementtechniquesthattargetenhancementinselectiveconversionwhileprovidinggoodvaluesofplatingefficiencyandPPD.

2.题名：

Graphenebasedmaterials:

Past,presentandfuture

出处：

ProgressinMaterialsScience,Volume56,Issue8,October2011,Pages1178-1271

作者：

Singh,V.;Joung,D.;Zhai,L.;Das,S.;Khondaker,S.I.;Seal,S.

摘要：

Graphene,atwodimensionalmonoatomicthickbuildingblockofacarbonallotrope,hasemergedasanexoticmaterialofthe21stcentury,andreceivedworld-wideattentionduetoitsexceptionalchargetransport,thermal,optical,andmechanicalproperties.Grapheneanditsderivativesarebeingstudiedinnearlyeveryfieldofscienceandengineering.Recentprogresshasshownthatthegraphene-basedmaterialscanhaveaprofoundimpactonelectronicandoptoelectronicdevices,chemicalsensors,nanocompositesandenergystorage.Theaimofthisreviewarticleistoprovideacomprehensivescientificprogressofgraphenetodateandevaluateitsfutureperspective.Varioussynthesisprocessesofsinglelayergraphene,graphenenanoribbons,chemicallyderivedgraphene,andgraphene-basedpolymerandnanoparticlecompositesarereviewed.Theirstructural,thermal,optical,andelectricalpropertieswerealsodiscussedalongwiththeirpotentialapplications.Thearticleconcludeswithabriefdiscussionontheimpactofgrapheneandrelatedmaterialsontheenvironment,itstoxicologicaleffectsanditsfutureprospectsinthisrapidlyemergingfield.

3.题名：

Synthesisandsurfaceengineeringofironoxidenanoparticlesforbiomedicalapplications

出处：

Biomaterials,Volume26,Issue18,June2005,Pages3995-4021

作者：

Gupta,A.K.;Gupta,M.

摘要：

Superparamagneticironoxidenanoparticles（SPION）withappropriatesurfacechemistryhavebeenwidelyusedexperimentallyfornumerousinvivoapplicationssuchasmagneticresonanceimagingcontrastenhancement,tissuerepair,immunoassay,detoxificationofbiologicalfluids,hyperthermia,drugdeliveryandincellseparation,etc.Allthesebiomedicalandbioengineeringapplicationsrequirethatthesenanoparticleshavehighmagnetizationvaluesandsizesmallerthan100nmwithoverallnarrowparticlesizedistribution,sothattheparticleshaveuniformphysicalandchemicalproperties.Inaddition,theseapplicationsneedspecialsurfacecoatingofthemagneticparticles,whichhastobenotonlynon-toxicandbiocompatiblebutalsoallowatargetabledeliverywithparticlelocalizationinaspecificarea.Tothisend,mostworkinthisfieldhasbeendoneinimprovingthebiocompatibilityofthematerials,butonlyafewscientificinvestigationsanddevelopmentshavebeencarriedoutinimprovingthequalityofmagneticparticles,theirsizedistribution,theirshapeandsurfaceinadditiontocharacterizingthemtogetaprotocolforthequalitycontroloftheseparticles.Natureofsurfacecoatingsandtheirsubsequentgeometricarrangementonthenanoparticlesdeterminenotonlytheoverallsizeofthecolloidbutalsoplayasignificantroleinbiokineticsandbiodistributionofnanoparticlesinthebody.Thetypesofspecificcoating,orderivatization,forthesenanoparticlesdependontheendapplicationandshouldbechosenbykeepingaparticularapplicationinmind,whetheritbeaimedatinflammationresponseoranti-canceragents.Magneticnanoparticlescanbindtodrugs,proteins,enzymes,antibodies,ornucleotidesandcanbedirectedtoanorgan,tissue,ortumourusinganexternalmagneticfieldorcanbeheatedinalternatingmagneticfieldsforuseinhyperthermia.Thisreviewdiscussesthesyntheticchemistry,fluidstabilizationandsurfacemodificationofsuperparamagneticironoxidenanoparticles,aswellastheiruseforabovebiomedicalapplications.

4.题名：

Biodegradablesyntheticpolymers:

Preparation,functionalizationandbiomedicalapplication

出处：

ProgressinPolymerScience,Volume37,Issue2,February2012,Pages237-280

作者：

Tian,H.;Tang,Z.;Zhuang,X.;Chen,X.;Jing,X.

摘要：

Biodegradablepolymershavebeenwidelyusedandhavegreatlypromotedthedevelopmentofbiomedicalfieldsbecauseoftheirbiocompatibilityandbiodegradability.Thedevelopmentofbiotechnologyandmedicaltechnologyhassethigherrequirementsforbiomedicalmaterials.Novelbiodegradablepolymerswithspecificpropertiesareingreatdemand.Biodegradablepolymerscanbeclassifiedasnaturalorsyntheticpolymersaccordingtothesource.Syntheticbiodegradablepolymershavefoundmoreversatileanddiversebiomedicalapplicationsowingtotheirtailorabledesignsormodifications.Thisreviewpresentsacomprehensiveintroductiontovarioustypesofsyntheticbiodegradablepolymerswithreactivegroupsandbioactivegroups,andfurtherdescribestheirstructure,preparationproceduresandproperties.Thefocusisonadvancesinthepastdecadeinfunctionalizationandresponsivestrategiesofbiodegradablepolymersandtheirbiomedicalapplications.Thepossiblefuturedevelopmentsofthematerialsarealsodiscussed.

5.题名：

Synthesisofgraphene-basednanosheetsviachemicalreductionofexfoliatedgraphiteoxide

出处：

Carbon,Volume45,Issue7,June2007,Pages1558-1565

作者：

Stankovich,S.;Dikin,D.A.;Piner,R.D.;Kohlhaas,K.A.;Kleinhammes,A.;Jia,Y.;Wu,Y.;Nguyen,S.T.;Ruoff,R.S.

摘要：

Reductionofacolloidalsuspensionofexfoliatedgrapheneoxidesheetsinwaterwithhydrazinehydrateresultsintheiraggregationandsubsequentformationofahigh-surface-areacarbonmaterialwhichconsistsofthingraphene-basedsheets.Thereducedmaterialwascharacterizedbyelementalanalysis,thermo-gravimetricanalysis,scanningelectronmicroscopy,X-rayphotoelectronspectroscopy,NMRspectroscopy,Ramanspectroscopy,andbyelectricalconductivitymeasurements.

6.题名：

TiO"2photocatalysisandrelatedsurfacephenomena

出处：

SurfaceScienceReports,Volume63,Issue12,December2008,Pages515-582

作者：

Fujishima,A.;Zhang,X.;Tryk,D.A.

摘要：

Thefieldofphotocatalysiscanbetracedbackmorethan80yearstoearlyobservationsofthechalkingoftitania-basedpaintsandtostudiesofthedarkeningofmetaloxidesincontactwithorganiccompoundsinsunlight.Duringthepast20years,ithasbecomeanextremelywellresearchedfieldduetopracticalinterestinairandwaterremediation,self-cleaningsurfaces,andself-sterilizingsurfaces.Duringthesameperiod,therehasalsobeenastrongefforttousephotocatalysisforlight-assistedproductionofhydrogen.Thefundamentalaspectsofphotocatalysisonthemoststudiedphotocatalyst,titania,arestillbeingactivelyresearchedandhaverecentlybecomequitewellunderstood.Themechanismsbywhichcertaintypesoforganiccompoundsaredecomposedcompletelytocarbondioxideandwater,forexample,havebeendelineated.However,certainaspects,suchasthephoto-inducedwetting