Ei 数据库检索Word格式.docx

Ei 数据库检索Word格式.docx

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一、快速检索方式（QuickSearch）

1．比较同一检索词在不同字段检索的差别

分别在受控词字段、篇名字段、文摘字段与所有字段进行检索并比较差别。

检索词

检索

年代

检索结果（篇）

Eicontrolledterm

Title

Abstracts

All

fields

（1）

Theprincipleofsolarcells

2008-2011

7

202

302

（2）

31

1713

2455

2.著者姓名字段（Authors）检索

以著者Jia,Husheng为检索对象，进行检索。

著者姓名

检索年代

Jia,Husheng

5

抄录一条记录如下：

ThestructureofwoolfibersgraftedwithchitosancoatedAg-loadingnano-SiO2antibacterialcomposites

Niu,Mei1,2;

Liu,Xuguang1,3;

Dai,Jinming1,2;

Jia,Husheng1,4;

Wei,Liqiao1,4;

Xu,Bingshe1,4Source:

FibersandPolymers,v11,n8,p1201-1203,2010;

ISSN:

12299197;

DOI:

10.1007/s12221-010-1201-7;

Publisher:

KoreanFiberSociety

Authoraffiliation:

1KeyLaboratoryofInterfaceScience,EngineeringinAdvancedMaterials（TaiyuanUniversityofTechnology）,MinistryofEducation,Taiyuan030024,China

2CollegeofLightTextileEngineeringandArt,TaiyuanUniversityofTechnology,Yuci030600,China

3CollegeofChemistryandChemicalEngineering,TaiyuanUniversityofTechnology,Taiyuan030024,China

4CollegeofMaterialsScienceandEngineering,TaiyuanUniversityofTechnology,Taiyuan030024,China

Abstract:

WoolfiberwasgraftedwithchitosancoatedAg-loadingnano-SiO2（CCTS-SLS）antibacterialcompositesunderultravioletirradiation.ThemorphologiesandstructuresofCCTS-SLS-woolwerecharacterizedbyusingscanningelectronicmicroscopy,transmissionelectronmicroscopy,andFouriertransformationinfraredspectrometry.Theresultsshowthatauniformandsmoothantibacteriallayerof200nminthicknesswasformedonthesurfaceofwoolfiberbycovalentbonding.Themechanicalpropertiesoftheantibacterialwoolfiberwereimproved.Theantibacterialperformancewasfoundtobeexcellent,withantibacterialeffectupto90%evenafterrepeatedwashing.CCTS-SLS-woolpossessedsofthand-feelingandgoodcolor.©

2010TheKoreanFiberSocietyandSpringerNetherlands.（9refs.）

MainHeading:

Yarn

Controlledterms:

Chitin-Chitosan-Fibers-Fourieranalysis-Fouriertransforms-Grafting（chemical）-Infraredspectroscopy-Mechanicalproperties-Siliconcompounds-Transmissionelectronmicroscopy-Wool-Woolfibers

Uncontrolledterms:

Antibacterial-Antibacterialeffects-Antibacterialperformance-Covalentbonding-Fouriertransformations-Infraredspectrometry-Modification-Nano-SiO-Scanningelectronicmicroscopy-Ultravioletirradiations-UV

ClassificationCode:

951MaterialsScience-921.3MathematicalTransformations-921Mathematics-819.4FiberProducts-819.1NaturalFibers-815.1PolymericMaterials-804.1OrganicCompounds-752SoundDevices,EquipmentandSystems-751Acoustics,Noise.Sound-741.3OpticalDevicesandSystems-741.1Light/Optics

Database:

Compendex

3.著者单位字段（AuthorAffiliations）检索

以著者单Taiyuanuniversityoftechnology为检索对象，进行检索。

检索式

Taiyuanuniversityoftechnology

2010-2011

1784

2.Studyoftheshieldingpropertiesofenclosureswithaperturesathigherfrequenciesusingthetransmission-linemodelingmethod

Nie,Bao-Lin1;

Du,Ping-An1,2;

Yu,Ya-Ting2;

Shi,Zheng3Source:

IEEETransactionsonElectromagneticCompatibility,v53,n1,p73-81,February2011;

00189375;

10.1109/TEMC.2010.2047398;

Articlenumber:

5618558;

InstituteofElectricalandElectronicsEngineersInc.

1SchoolofMechatronicsEngineering,UniversityofElectronicScienceandTechnologyofChina,Chengdu611731,China

2NewcastleUniversity,NE17RU,UnitedKingdom

3ShanxiDevelopmentandReformCommission,Taiyuan030002,China

Thetransmission-linemodelingmethodandananalyticalformulationareemployedinthispapertoinvestigatetheelectromagneticshieldingperformanceofenclosureswithapertures.Theeffectsofsomerelatedparameters,whichareneglectedintheformulation,areanalyzedoverabroad-band（0-3GHz）tomaketheformulationoptimal,andtheshieldingperformanceatsomefrequencypointsisstudiedindetail.Finally,approachestoimproveshieldingeffectivenessareproposed.Fortheenclosureswestudied,thetheoreticalanalysisandsimulationresultsillustratethattheanalyticalformulationcanpredictshieldingeffectivenessaccuratelywhenthefrequencyoftheincidentwaveislessthan1GHz,whilewhenthefrequencyismorethan1GHz,itsapplicabilitydeclinesremarkably.Fortunately,thesimulationresultsindicatedthattheshieldingeffectivenesscanbeimprovedtoacertainextentbyadjustingthespacingbetweenapertures,selectingappropriateshapesofapertures,ensuringthelongersideofaperturesisnotperpendiculartothepolarizationdirectionoftheincidentwave,andinstallingsensitiveequipmentaccordingtothepropagationdirectioninthecaseofthatthesepropertiesoftheincidentwaveareknown.©

2010IEEE.（16refs.）

Electromagneticshielding

Electriclines-Electromagnetism-Enclosures-Magneticshielding-Radiationprotection-Transmissionlinetheory

Analysisandsimulation-Analyticalformulation-Apertures-Broadbands-electricalequipmentenclosures-Higherfrequencies-Incidentwaves-Polarizationdirection-Propagationdirection-Sensitiveequipment-Shieldingeffectiveness-Shieldingperformance-Shieldingproperties-Simulationresult-transmissionlinemodeling-Transmission-linemodelingmethods

744Lasers-711.1ElectromagneticWavesinDifferentMedia-711ElectromagneticWaves-914SafetyEngineering-706.2ElectricPowerLinesandEquipment-701.2Magnetism:

BasicConceptsandPhenomena-701ElectricityandMagnetism-706.1.1ElectricPowerTransmission

说明：

著者单位指的是第一著者发表文献时所在的单位。

4.期刊名称（SerialTitle）检索

以期刊名称IEEETransactionsonElectromagneticCompatibility为检索对象，进行检索。

IEEETransactionsonElectromagneticCompatibility

2011

76

1.Frequency-domainprobecharacterizationandcompensationusingreciprocity

Weng,Haixiao1;

Beetner,DarylG.2;

Dubroff,RichardE.2Source:

IEEETransactionsonElectromagneticCompatibility,v53,n1,p2-10,February2011;

10.1109/TEMC.2010.2059030;

5613171;

1TexasInstruments,Inc.,Houston,TX77477,UnitedStates

2MissouriUniversityofScienceandTechnology,Rolla,MO65409,UnitedStates

Near-electric-fieldandmagnetic-fieldprobesareusedforawidevarietyofapplications.Accuratemeasurementofthefields,however,requiresanaccuratemodelofthereceivingcharacteristicoftheprobe.Thereceivingcharacteristicforareciprocalnear-fieldprobecanbecalculatedfromitstransmittingcharacteristic.Thisreceivingcharacteristiccanbeusedtoevaluatethequalityoftheprobeandtocompensatefortheeffectoftheprobeonthemeasuredfield,therebyallowingtheelectricandmagneticfieldstobefoundaccuratelyfromthemeasurements.Inthefollowingpaper,methodsofevaluatingnear-fieldprobesusingreciprocityarederivedandareappliedtoatypicalloopprobeinordertocompensatenear-fieldmeasurementsoveradeviceundertest.©

Probes

Antennas-Calibration-Electromagneticfields-Magneticfields

Accuratemeasurement-Antennatheory-Deviceundertest-Electricandmagneticfields-Electromagneticmeasurement-Frequency-domainprobes-Measuredfield-Nearfieldprobes-Near-fieldmeasurement-Transmittingcharacteristics

944Moisture,PressureandTemperature,andRadiationMeasuringInstruments-943MechanicalandMiscellaneousMeasuringInstruments-942ElectricandElectronicMeasuringInstruments-941AcousticalandOpticalMeasuringInstruments-716Telecommunication;

Radar,RadioandTelevision-701.2Magnetism:

BasicConceptsandPhenomena-701ElectricityandMagnetism

Addatag

PublicPrivateMyInstitutionLoginforgroups

del.icio.us

Full-textandLocalHoldingsLinks

5.两个字段组配检索

所选字段

单独检索时命中篇数

逻辑

运算符

组配检索时命中篇数

1

title

or

1720

2

abstract

二、高级检索方式（ExpertSearch）（检索点不少于3个）

1.检索式：

（（{AKESSONHENRIK}）WNAU）OR（（{AANDEPARTNERSHIP}）WNAF）OR（（{ACM2000JAVAGRANDECONFERENCE}）WNST）

检索年代：

_1969-2011___检索结果：

_24____（篇）（要求少于100篇）

2．摘抄其中一篇相关文献的题录：

UWBradarimagingsystemwithtwo-elementreceivingarrayantenna

Sostanovsky,DmitriyL.（RatioCompany,Kiev,Ukraine）;

Boryssenko,AnatoliyO.;

Boryssenko,E.S.Source:

5thInternationalConferenceonAntennaTheoryandTechniques,2005,v2005,p357-360,2005,5thInternationalConferenceonAntennaTheoryandTechniques,2005

Author

Sostanovsky,DmitriyL.1;

Boryssenko,AnatoliyO.2;

Boryssenko,E.S.3

AuthorAffiliation

1RatioCompany,Kiev,Ukraine

2AntennaandPropagationLaboratory,UniversityofMassachusetts,Amtierst,MA,UnitedStates

3AandEPartnership,Amherst,MA,UnitedStates

Source

5thInternationalConferenceonAntennaTheoryandTechniques,2005,v2005,p357-360,2005,5thInternationalConferenceonAntennaTheoryandTechniques,2005

中国学术期刊全文数据库检索实习报告

魏彩花学号：

2008000740班级：

材料化学0801班成绩：

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