全部 标题 作者
关键词 摘要

OALib Journal期刊
ISSN: 2333-9721
费用:99美元

查看量下载量

相关文章

更多...

基于铁电聚合物p(vdf-trfe)的多级存储研究

DOI: 10.13232/j.cnki.jnju.2015.04.005, PP. 684-691

Keywords: 纳米压印,pfm,p(vdf-trfe),多级存储

Full-Text   Cite this paper   Add to My Lib

Abstract:

铁电聚合物p(vdf-trfe)具有可兼容硅基元件和可溶液加工等优点,在未来可擦写式非易失存储领域极具应用前景。构建多级存储态是提高存储密度和降低生产成本的有力途径。我们以纳米压印为主要实现手段,通过构建高度有序的纳米图案化导电基底的方式,简单快捷地实现了p(vdf-trfe)薄膜高密度的多级存储功能。文中主要应用压电响应力显微镜(pfm)从微观上观测了图案化导电基底上p(vdf-trfe)在电压加载后的极化变化情况,直观地证实了其在外电场的作用下可形成了三种不同的极化状态。

References

[1]  guoy,dic,yes,etal.multibitstorageoforganicthin-filmfield-effecttransistors.advancedmaterials,2009,21(19):1954-1959.
[2]  wuc,lif,zhangy,etal.highlyreproduciblememoryeffectoforganicmultilevelresistive-switchdeviceutilizinggrapheneoxidesheets/polyimidehybridnanocomposite.appliedphysicsletters,2011,99(4):042108.
[3]  scottjf.applicationsofmodernferroelectrics.science,2007,315(5814):954-959.
[4]  haertlinggh.ferroelectricceramics:historyandtechnology.journaloftheamericanceramicsociety,1999,82(4):797-818.
[5]  huz,tianm,nystenb,etal.regulararraysofhighlyorderedferroelectricpolymernanostructuresfornon-volatilelow-voltagememories.naturematerials,2009,8(1):62-67.
[6]  poulsenm,ducharmes.whyferroelectricpolyvinylidenefluorideisspecial.ieeetransactionsondielectricsandelectricalinsulation,2010,17(4):1028-1035.
[7]  khanma,bhansalius,chad,etal.all-polymerbistableresistivememorydevicebasedonnanoscalephase-separatedpcbm-ferroelectricblends.advancedfunctionalmaterials,2013,23(17):2145-2152.
[8]  huz,baraliag,bayotv,etal.nanoscalecontrolofpolymercrystallizationbynanoimprintlithography.nanoletters,2005,5(9):1738-1743.
[9]  kalininsv,rodriguezbj,jesses,etal.nanoscaleelectromechanicsofferroelectricandbiologicalsystems:anewdimensioninscanningprobemicroscopy.annualreviewofmaterialsresearch,2007,189-238.
[10]  guod,settern.impactofconfinement-inducedcooperativemolecularorientationchangeontheferroelectricsizeeffectinultrathinp(vdf-trfe)films.macromolecules,2013,46(5):1883-1889.
[11]  guod,zengf,dkhilb.ferroelectricpolymernanostructures:fabrication,structuralcharacteristicsandperformanceunderconfinement.journalofnanoscienceandnanotechnology,2014,14(2):2086-2100.
[12]  xiaoz,poddars,ducharmes,etal.domainwallroughnessandcreepinnanoscalecrystallineferroelectricpolymers.appliedphysicsletters,2013,103(11):112903.
[13]  naberrcg,tanasec,blompwm,etal.high-performancesolution-processedpolymerferroelectricfield-effecttransistors.naturematerials,2005,4(3):243-248.
[14]  asadik,deleeuwdm,deboerb,etal.organicnon-volatilememoriesfromferroelectricphase-separatedblends.naturematerials,2008,7(7):547-550.
[15]  tripathiak,vanbreemenajjm,shenj,etal.multilevelinformationstorageinferroelectricpolymermemories.advancedmaterials,2011,23(36):4146-4151.
[16]  zhouw,ming,zhangj,etal.nanoimprintlithography:aprocessingtechniquefornanofabricationadvancement.nano-microletters,2011,3(2):135-140.
[17]  gruvermana,wud,scottjf.piezoresponseforcemicroscopystudiesofswitchingbehaviorofferroelectriccapacitorsona100-nstimescale.physicalreviewletters,2008,100(9):097601.
[18]  guod,chenx,chux,etal.insituobservationofthenanocrystalgrowthandtheirpiezoelectricperformancechangeinp(vdf-trfe)filmsbyhotstagepiezoresponseforcemicroscopy.journalofappliedphysics,2013,113(18):187210.
[19]  pertsevna,gainutdinovrv,bodnarchukyv,etal.blockageofdomaingrowthbynanoscaleheterogeneitiesinarelaxorferroelectricsr0.61ba0.39nb2o6.journalofappliedphysics,2015,117(3):034101.
[20]  guoej,rothr,herklotza,etal.ferroelectric180°domainwallmotioncontrolledbybiaxialstrain.advancedmaterials(deerfieldbeach,fla.),2015,27(9):1615-1618.
[21]  wuy,lix,wengy,etal.orientationoflamellarcrystalsanditscorrelationwithswitchingbehaviorinferroelectricp(vdf-trfe)ultra-thinfilms.polymer,2014,55(3):970-977.
[22]  huwj,juodm,youl,etal.universalferroelectricswitchingdynamicsofvinylidenefluoride-trifluoroethylenecopolymerfilms.scientificreports,2014,4.
[23]  leejs,kimym,kwonjh,etal.multileveldatastoragememorydevicesbasedonthecontrolledcapacitivecouplingoftrappedelectrons.advancedmaterials,2011,23(18):2064-2068.
[24]  gyselr,stolichnovi,tagantsevak,etal.restricteddomaingrowthandpolarizationreversalkineticsinferroelectricpolymerthinfilms.journalofappliedphysics,2008,103(8):084120.
[25]  huz,jonasam.controlofcrystalorientationinsoftnanostructuresbynanoimprintlithography.softmatter,2010,6(1):21-28.
[26]  furukawat,ferroelectricpropertiesofvinylidenefluoridecopolymers.phasetransitions,1989,18(3-4):143-211.

Full-Text

Contact Us

[email protected]

QQ:3279437679

WhatsApp +8615387084133