|
OALib Journal期刊
ISSN: 2333-9721
费用：99美元
|
|
|
|
无基底透明二氧化钛纳米管阵列薄膜的制备
Keywords: 无机非金属材料,钼酸盐,二氧化钛纳米管,透明薄膜
Abstract:
？在由乙二醇、水、氟化铵组成的电解液中添加钼酸钠调节阳极附近的离子浓度,制备出厚度大约为10微米的透明二氧化钛纳米管阵列薄膜.所得二氧化钛是无定型结构,在120℃水热处理可以将其转化成锐钛矿结构,并保持薄膜的结构完整性.该薄膜的透射率与其表面结构和晶体结构有关.这种透明二氧化钛纳米管阵列薄膜可望应用于染料敏化太阳能电池.
| [1] | 2o.k.varghese,d.w.gong,m.paulose,k.g.ong,e.c.dickey,c.a.grimes,extremechangesintheelectricalresistanceoftitaniananotubeswithhydrogenexposure.advancedmaterials,15,624(2003)
|
| [2] | 5m.gratzel,photoelectrochemicalcells.nature,414,338(2001)
|
| [3] | 6b.oregan,m.gratzel,alow–cost,high–efficiencysolar–cellbasedondye–sensitizedcolloidaltio2films,nature,353,737(1991)
|
| [4] | 7g.k.mor,k.shankar,m.paulose,o.k.varghese,c.a.grimes,useofhighly–orderedtio2nanotubearraysindye–sensitizedsolarcells.nanoletters,6,215(2006)
|
| [5] | 15g.k.mor,o.k.varghese,m.paulose,k.shankar,c.a.grimes,areviewonhighlyordered,vertically
|
| [6] | orientedtio2nanotubearrays:fabrication,materialproperties,andsolarenergyapplications.solarenergymaterialsandsolarcells,90,2011(2006)
|
| [7] | 16d.gong,c.a.grimes,o.k.varghese,w.c.hu,r.s.singh,z.chen,e.c.dickey,titaniumoxidenanotubearrayspreparedbyanodicoxidation.journalofmaterialsresearch,16,3331(2001)
|
| [8] | 17k.zhu,n.r.neale,a.miedaner,a.j.frank,enhancedcharge–collectionefficienciesandlightscatteringindye–sensitizedsolarcellsusingorientedtio2nanotubesarrays.nanoletters,7,69(2007)
|
| [9] | 18c.a.grimes,synthesisandapplicationofhighlyorderedarraysoftio2nanotubes,journalofmaterialschemistry,17,1451(2007)
|
| [10] | 19x.h.xia,y.liang,z.wang,j.fan,y.s.luo,z.j.jia,synthesisandphotocatalyticpropertiesoftio2nanostructures.materialsresearchbulletin,43,2187(2008)
|
| [11] | 20c.c.tsai,j.n.nian,h.s.teng,mesoporousnanotubeaggregatesobtainedfromhydrothermallytreatingtio2withnaoh.appliedsurfacescience,253,1898(2006)
|
| [12] | 1zhaoyanning,liugang,sunchenghua,lifeng,lugaoqing,chenghuiming,dopingstatesofboroninnanocrystallinetio2powders,chinesejournalofmaterialsrearch,22(2),125(2008)
|
| [13] | (赵燕宁,刘岗,孙成华,李峰,逯高清,成会明,硼在纳米晶氧化钛中的掺杂状态,材料研究学报,22(2),125(2008))
|
| [14] | 3k.shankar,g.k.mor,h.e.prakasam,s.yoriya,m.paulose,o.k.varghese,c.a.grimes,highly–orderedtio2nanotubearraysupto220μuminlength:useinwaterphotoelectrolysisanddye–sensitizedsolarcells.nanotechnology,18,065707(2007)
|
| [15] | 4j.wang,z.q.lin,freestandingtio2nanotubearrayswithultrahighaspectratioviaelectrochemicalanodization.chemistryofmaterials,20,1257(2008)
|
| [16] | 8m.paulose,k.shankar,o.k.varghese,g.k.mor,b.hardin,c.a.grimes,backsideilluminateddye–sensitizedsolarcellsbasedontitaniananotubearrayelectrodes.nanotechnology,17,1446(2006)
|
| [17] | 9h.z.zhang,x.h.luo,j.xu,b.xiang,d.p.yu,synthesisoftio2/sio2core/shellnanocablearrays,journalofphysicalchemistryb,108,14866(2004)
|
| [18] | 10k.g.ong,o.k.varghese,g.k.mor,k.shankar,c.a.grimes,applicationoffinite–differencetimedomain
|
| [19] | todye–sensitizedsolarcells:theeffectofnanotube–arraynegativeelectrodedimensionsonlightabsorption.solarenergymaterialsandsolarcells,91,250(2007)
|
| [20] | 11k.shankar,j.bandara,m.paulose,h.wietasch,o.k.varghese,g.k.mor,t.j.latempa,m.thelakkat,c.a.grimes,highlyefficientsolarcellsusingtio2nanotubearrayssensitizedwithadonor–antennadye.nanoletters,8,1654(2008)
|
| [21] | 12tangyuxing,taojie,taohaijun,wutao,wangling,zhangyanyan,lizhuanli,tianxilin,fabricationandcharacterizationfortransparentelectrodesoftio2nanotubearraysonfluorine–dopedtinoxide–coatedglass,actaphys.–chim.sin.,24,1120–1126(2008)
|
| [22] | (汤育欣,陶杰,陶海军,吴涛,王玲,张焱焱,李转利,田西林,透明tio2纳米管/fto电极制备及表征,物理化学学报,24,1120(2008))
|
| [23] | 13m.paulose,h.e.prakasam,o.k.varghese,l.peng,k.c.popat,g.k.mor,t.a.desai,c.a.grimes,tio2nanotubearraysof1000μumlengthbyanodizationoftitaniumfoil:phenolreddiffusion,journalofphysicalchemistryc,111,14992(2007)
|
| [24] | 14s.yoriya,m.paulose,o.k.varghese,g.k.mor,c.a.grimes,fabricationofverticallyorientedtio2nanotubearraysusingdimethylsulfoxideelectrolytes.journalofphysicalchemistryc,111,13770(2007)
|
Full-Text
|
|
Contact Us
service@oalib.com QQ:3279437679 
WhatsApp +8615387084133
|
|
