Wiley

材料學(xué)期刊推介及科技論文撰寫

青島農(nóng)業(yè)大學(xué)2015.5.131李研JohnWiley&Sons出版集團(tuán)WeinheimHoboken于1807年在紐約由JohnWiley建立全世界有近5600名員工公司總部在美國新澤西州的Hoboken從1996年起Wiley-VCH(德國)成為Wiley的一部分Wiley在線圖書館有一千三百萬用戶

與800多家學(xué)會建有合作關(guān)系TopQualityProducts&ServicesHealthSciencesSocialSciences&HumanitiesLifeSciencesPhysicalSciences&EngineeringPhysicalSciences&Engineeringphysicastatussolidi(b):

Progressinthegrowthofnonpolargalliumnitridephysicastatussolidi(RRL):

Improvedelectroluminescenceonnonpolarm-planeInGaN/GaNquantumwellsLEDs(over100citations)AdvancedMaterials:

InGaN-basedblue/greenLEDsandlaserdiodesA

bookchapter

from

NitrideswithNonpolarSurfaces:Growth,Properties,andDevicesShujiNakamura(中村修二)Wiley數(shù)據(jù)庫中的知名期刊及其發(fā)展1887198920052001

11.33615.40910.4397.5145WileyMaterialsFlag-shipJournalsManuscriptsubmissionsFull-textdownloads新的期刊–帶給您更多科研成果和成功的機(jī)會74.880

14.385SCI-indexedSCI-indexed“Myjournal”~11expectedin2015>8expectedin2015

2009年和2010年該刊刊載論文在2011年被引用的總次數(shù)

2010年和2009年該刊刊載論文的總篇數(shù)Note:公式中，分母數(shù)字代表可被引用的文獻(xiàn)類型，包括Articles、Reviews和

Proceedings，而分子中的數(shù)字是該刊所發(fā)表所有文章的被引用數(shù)量總和。影響因子(ImpactFactor)2011年影響因子=發(fā)表在高影響因子期刊上的文章，通常新穎性強(qiáng)，闡釋較重要科學(xué)原理可以被更廣泛的讀者群獲取閱讀影響因子是平均引用次數(shù)，因此并不能反應(yīng)期刊中各篇論文的引用分布。下圖中，期刊A和期刊B具有相同的影響因子，但兩本期刊中論文的被引情況卻差別巨大。/doi/10.1002/anie.201206849影響因子具有時效性，有的文章由于其復(fù)雜性和超前性未能被即時認(rèn)可，其重要性就得不到反映。

例如，有關(guān)”ClickChemistry”的文章在最初兩年并沒有得到充分重視，對期刊影響因子貢獻(xiàn)不大，但發(fā)表多年后才體現(xiàn)出其重要意義。兩年影響因子是重要計(jì)量學(xué)指標(biāo)不能簡單依靠“影響因子”評價期刊和論文的質(zhì)量Wiley與中國AdvancedMaterials–PublicationsbyCountry2012:USA:China=22%:24%2008ICCAS2009IPCAS2010PKU2010USTC中國科學(xué)研究的聲望不斷提高1999Issue13:China1999: 報道在全國范圍內(nèi)挑選出的科研成果的特刊。2008—:

頂級的中國科研院校已經(jīng)有能力出版報道自己研究成果的特刊。不僅是數(shù)量，還有質(zhì)量2011THUWeinheim/Berlin,GermanyBeijing,China17Hoboken,NJ,USA稿件的評審流程及寫作提示評審流程稿件的結(jié)論編輯們看哪些地方?當(dāng)讀一篇新的稿件的時候,編輯們著重評估:投稿信“能否引發(fā)期刊讀者群的興趣？！”關(guān)鍵詞引用文獻(xiàn)圖片和表格摘要投到其它期刊首先針對審稿意見作出修改。同行評審的結(jié)果Appeal？

多數(shù)情況：NO；少數(shù)情況：YES。直接接收：很少小修改：闡述/解釋性的修改大修改：2種情況拒稿論文題目Stable,immunogenic,andnasal-specificformulationofNoVvaccineusingVLPandadjuvantcomponentsInvestigationoftheEffectofElectricFieldsonCaptureandIsolationofCirculatingTumorCellsinConductingPolymer-depositedMicrofluidicDeviceEffectofMgsubstitutiononstructuralandMagneticCharacteristicsofManganitesinLa0.8-xSr0.2+xMn1-xTix-yMgyO3systemAnticorrosiveNanocrystallineZincCoatingsDevelopedUsingGreenAdditivesPEGylatedCarbonNanocapsule:AUniversalCarrierforInVivoDeliveryofNanoparticlesforTheranostics論文題目一般不超過15個詞有趣并容易理解（慎用縮略語，可以使用熱點(diǎn)詞匯）論文撰寫中不斷優(yōu)化題目Whyisthistopicimportant?Whyaretheseresultssignificant?Whatisthekeyresult?(breakthrough!)Whyisitanadvanceonpreviouswork?Whyareyousubmittingtothisjournal?Whywillthisjournal’sreadersreadit?用心寫好CoverletterDearDr.Bossofthisjournal,

Iwouldliketosubmitourrecentworkongraphene

toyouforconsiderationasapossiblepublicationinAdvancedMaterials

asaCommunication.Themanuscriptisentitled'TunableInterfacialPropertiesofEpitaxialGrapheneonMetalSubstrates'by[...]

Graphenehasattractedmuchrecentattentionbecauseofitsmanynovelproperties.However,mostexistinginvestigationshavefocusedonthein-planecharacteristicsofgraphene,whilemuchlessisknownfortheinterfacialpropertiesbetweengrapheneandsubstrate,despitethefactthatinmanymeasurementsaswellasinfutureapplicationsgrapheneisplacedontoasubstrate.

Therefore,itishighlydesirabletounderstandhowgrapheneinteractswiththeunderlyingsubstrates,andbetteryettocontroltheirinterfaceproperties

...Whyisthistopicimportant?Whyaretheseresultssignificant?Whatisthekeyresult?(breakthrough!)Whyisitanadvanceonpreviouswork?Whyareyousubmittingtothisjournal?Whywillthisjournal’sreadersreadit?Gettheeditor'snamerightGetthejournal'snameright(ifyou'rereusingthiscoverletter,checkthatyougotallinstancesofthejournalnameright!)Don'twaffle–getstraighttothepoint.“Aletterisn'tgoodwhenyoucan'taddmore;aletterisgoodwhenyoucan'ttakeawayanythingmore.”...

InthisCommunication,wereportonastudyshowingthepossibilityoftuningtheinterfacialproperties(includingchemicalbonding,electronchargetransferandthermoelectricpotential)ofepitaxialgraphenewithdifferentkindsofmetalsubstrates.Furthermore,wehavedemonstratedthetunabilityofaphysicalproperty,thermoelectricity,withdifferentkindsofmetalsubstrates,whichiscausedbythedifferentinteractionattheinterfacebetweengrapheneandthesubstrates.

Weareconfidentthatourfindingsareimportantforsuccessfulgraphene-substrateinterfacedesigninthermoelectricdevicesusinggraphene-basedheterostructures.

Noneoftheresultsincludedinthismanuscripthasbeenpublishedorareunderconsiderationelsewhere.

Sincerely,Whyisthistopicimportant?Whyaretheseresultssignificant?Whatisthekeyresult?(breakthrough!)Whyisitanadvanceonpreviouswork?Whyareyousubmittingtothisjournal?Whywillthisjournal’sreadersreadit?t(time)=15’,T(temperature)=32°,t(time)=0’,T(temperature)=25°;t(time)=6’,T(temperature)=29°,t(time)=3’,T(temperature)=27°;t(time)=12’,T(temperature)=32°,t(time)=9’,T(temperature)=31°;Time(min)T(°C)02532762993112321532圖表是為了方便表述實(shí)驗(yàn)結(jié)果，因?yàn)橥耆梦淖謥肀硎鰰枰芏嗟臄⑹?，同時很復(fù)雜。另一方面圖表能反應(yīng)數(shù)據(jù)或者圖案變化的趨勢。T/oCt/min

出版道德及抄襲判斷標(biāo)準(zhǔn)—群眾的眼睛是雪亮的1.Inevitable/HarmlessCaseStudies:What'sPlagiarismAndWhatIsn't??Whataboutthisone?Ifthesourceiscitedsomewhereinthemanuscript,itcouldstillbeok.?Thislooksworse,doesn'tit?Looksbad,butit'saboutstandardexperimentalprocedures–verydifficulttorephrase,andwhywouldoneintentionallydescribethesamemethoddifferently?Thatcouldbeunderstood.2.TolerableTheredoverlapisharmless(hundredsofpapersontopicpublishedalready)Let'shavealookatthisexamplefromanIntroduction....whatdoyouthink?Thepurpleoverlapishighlyquestionable.Thiswasprobablylift