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第4期 王亚丽等:基底预处理对水热法制备SO,纳米阵列生长的影响 ·493° 参考文献 mys Adv FunctMater 2005 15(1):57 1]WangD CHu X E GongM L Gassensing Properties of sesors 【9月HuangH TanOk Lee YC etal Prepantion and chanc teriza based on sirgkcostalline SrO,nanorads prepared by a smple tion ofnanocrysta lline SO thin fims by PECVD)JCwstGoth mol ten saltm ethod SensAcu ors B 2006 117(1)183 200628盈70 【2】Law M Si汤uD J Jchnsn JC et a]Nanoribban waveudes 【10 FengSL Tang YW Xiao T Anadizate仰Precursor route o for subwavelergh Phomnics ntegration Science 2004 305 fowerlike pattems composed of nanoporous tin oxide nanostrps (5688):1269 on tin substat J Phys Chem C 2009 113(12):4809 [3]FukaiY KondoY MoniS et al Hghly efficientdye sensitized [11]Ma LA Guo TI Stbe fe H emission fiom cone.shaped Si S0,solr ce lls hav ng sufficente lecton diffusion kngt Electo nanood amays Phys B 2008 403 3410 chem Commun20079(7)片1439 [12 Ma LA GuTL Synthesis and fied am issicn properties of nee Lu ZQ ZhangDH HanS et al Laserablton synthesis and dkshaped Smo nanostuctures with recungular cross section elec tron transport studies of tin oxide nanov ires Adv Mater MaterLett 2009 63 295 200315(20).1754 [13 Zherg M J LiGH ZhangX Y etal Faricatin and stucut 【习AmoHM S Avouris P Pan ZW et al Fiek effect tmnsisrors al chamcerizat知ofar您scale unifm S0,nanowie armys based a single sem iconducting oxide nanobelts I PhysChe B embedded n anodic akm namembrane Chem Mater 2001 13 2003107(3):659 (113859 I6 ParkM W angGX Karg YM et a]Prepamtin and ekcto [14 Vayssieres L.G me tzel M H odered SnO nanond armys chem icalpropenies of SnO,nanowv ires fr applicaticnn lithium fron controlled aqueous gow Angew Chem ht Ed 2004 43 ion batteries Angov Chem htEd 2007 46(5):750 (28↓3666 【刀Li Y Dong J Liu M I,W elLali讴ed“nanabox beams of【l3 HerY C Wu JY.Low-mpenture growh and blue lumines S0.AdvMa cr200416(4:353 cence ofSIO,nadbldes APpl Phys Lett 2006 89 An No [8)L和YL和ML,Gowh of aligned square.shaped $O,ube ar 043115第 4期 王亚丽等:基底预处理对水热法制备 SnO2 纳米阵列生长的影响 参 考 文 献 [ 1] WangD, ChuXF, GongML.Gas-sensingpropertiesofsensors basedonsingle-crystallineSnO2 nanorodspreparedbyasimple molten-saltmethod.SensActuatorsB, 2006, 117(1):183 [ 2] LawM, SirbulyDJ, JohnsonJC, etal.Nanoribbonwaveguides forsubwavelength photonicsintegration. Science, 2004, 305 (5688):1269 [ 3] FukaiY, KondoY, MoriS, etal.Highlyefficientdye-sensitized SnO2 solarcellshavingsufficientelectrondiffusionlength.Electro￾chemCommun, 2007, 9(7):1439 [ 4] LiuZQ, ZhangDH, HanS, etal.Laserablationsynthesisand electrontransportstudiesoftinoxidenanowires.AdvMater, 2003, 15(20):1754 [ 5] ArnoldM S, AvourisP, PanZW, etal.Field-effecttransistors basedonsinglesemiconductingoxidenanobelts.JPhysChemB, 2003, 107(3):659 [ 6] ParkMS, WangGX, KangYM, etal.Preparationandelectro￾chemicalpropertiesofSnO2 nanowiresforapplicationinlithium￾ionbatteries.AngewChemIntEd, 2007, 46(5):750 [ 7] LiuY, DongJ, LiuM L.Well-aligned“nano-box-beams” of SnO2.AdvMater, 2004, 16(4):353 [ 8] LiuY, LiuML.Growthofalignedsquare-shapedSnO2 tubear￾rays.AdvFunctMater, 2005, 15(1):57 [ 9] HuangH, TanOK, LeeYC, etal.Preparationandcharacteriza￾tionofnanocrystallineSnO2 thinfilmsbyPECVD.JCrystGrowth, 2006, 288:70 [ 10] FengSL, TangYW, XiaoT.Anodization, precursorrouteto flowerlikepatternscomposedofnanoporoustinoxidenanostrips ontinsubstrate.JPhysChemC, 2009, 113(12):4809 [ 11] MaLA, GuoTL.Stablefieldemissionfromcone-shapedSnO2 nanorodarrays.PhysB, 2008, 403:3410 [ 12] MaLA, GuoTL.Synthesisandfieldemissionpropertiesofnee￾dle-shapedSnO2 nanostructureswithrectangularcross-section. MaterLett, 2009, 63:295 [ 13] ZhengMJ, LiGH, ZhangXY, etal.Fabricationandstructur￾alcharacterizationoflarge-scaleuniform SnO2 nanowirearrays embeddedinanodicaluminamembrane.ChemMater, 2001, 13 (11):3859 [ 14] VayssieresL, GraetzelM.HighlyorderedSnO2 nanorodarrays fromcontrolledaqueousgrowth.AngewChemIntEd, 2004, 43 (28):3666 [ 15] HerYC, WuJY.Low-temperaturegrowthandbluelumines￾cenceofSnO2 nanoblades.ApplPhysLett, 2006, 89:ArtNo. 043115 · 493·
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