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Chin J Mater Res  2006, Vol. 20 Issue (3): 235-239    DOI:
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. . Chin J Mater Res, 2006, 20(3): 235-239.

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Received:  01 January 1900     
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1 Barbe C.J.,Arendse F.,Comte P.,Nanocrystalline tita- nium oxide electron for photovoltaic application,J.Am. Ceram.Soc.,80,3157(1997)
2 U.Ozgur,Ya.I.Alivov,C.Liu,A.Teke,M.A.Reshchikov, S.Dogan,V.Avrutin,S.-J.Cho,H.Morkoc,A comprehen- sive review of ZnO materials and devices,Journal of Ap- plied Physics,98,041301(2005)
3 K.Mukae,K.Tsuda,I.Nagasawa,Non-ohmic properties of ZnO-rare earth metal oxide-Co_3O_4 ceramics,Japanese Journal of Applied Physics,16,1361(1977)
4 S.Ono,O.Yamazaki,K.Ohji,K.Wasa,S.Hayakawa,SAW resonators using rf-sputtered ZnO films on glass sub- strates,Applied Physics Letters,33,217(1978)
5 F.H.Nicoll,Ultraviolet ZnO laser pumped by an electron beam,Applied Physics Letters,9,13(1966)
6 B.Schweitzer,H.Bassler,Excitous in conjugated polymers, Synth.Met.,109,1(2000)
7 Seung Yeop Myong,Koeng Su Lim,Highly stable and tex- tured hydrogenated ZnO thin films,Applied Physics Let- ters,82,3026(2003)
8 Tata N.Rao,Lal Bahadur,Photoelectrochemical stud- ies on dye-sensitized particulate ZnO thin-film photoelec- trodes in nonaqueous media,J.Electrochem.Soc.,144, 179(1997)
9 Wilson W.Wenas,Akira Yamada,Kiyoshi Takahashi, Masahiro Yoshino,Makoto Konagai,Electrical and op- tical properties of boron-doped ZnO thin films for solar cells grown by metalorganic chemical vapor deposition,J. Appl.Phys.,70,7119(1991)
10 Wei Gao,Zhengwei Li,ZnO thin films produced by magnetron sputtering,Ceramics International,80,1155 (2004)
11 K.Haga,M.Kamidaira,Y.Kashiwaba,T.Sekiguchi, H.Watanabe,ZnO thin films prepared by remote plasma- enhanced CVD method,Journal of Crystal Growth, 214/215,77(2000)
12 H.Kim,A.Piqu'e,J.S.Horwitz,H.Murata,Z.H.Kafafi, C.M.Gilmore,D.B.Chrisey,Effect of aluminum doping on zinc oxide thin films grown by pulsed laser deposi- tion for organic light-emitting devices,Thin Solid Films, 377~378,798(2000)
13 J.Zú(?)iga-Péreza,V.Mu(?)oz-Sanjosé,Structural character- ization of a-plane Zn_(1-x)Cd_xO(0(?)X(?)0.085)thin films grown by metal-organic vapor phase epitaxy,Journal of Applied Physics,99,023514(2006)
14 H.Tampo,P.Fons,A.Yamada,K.-K.Kim,H.Shibata, K.Matsubara,S.Niki,Determination of crystallographic polarity of ZnO layers,Applied Physics Letters,87, 141904(2005)
15 Guo Aiyun,Xue Yiyu,Xia Zhilin,Zhu Xuanmin,Ge Chunqiao,Electron beam evaporation deposited ZAO thin films by orthogonal experiment,Semiconductor Tech- nique.,30(7),56(2005) (郭爱云,薛亦渝,夏志林,朱选敏和葛春桥,电子束蒸发沉积ZAO薄膜正交试验,半导体技术,30(7),56(2005))
16 I.W.Kim,H.S.Kim,Y.B.Kwon,S.J.Doh,C.C.Kim,Jung Ho Je,P.Ruterana,G.Nouet,Effect of ultra-thin buffer on the structure of highly mismatched epitaxial ZnO during sputter growth,Applied Surface Science,241,261(2005)
17 Hyoun Woo Kim,Nam Ho Kim,Structural studies of room-temperature RF magnetron sputtered ZnO films un- der different RF powered conditions,Materials Science and Engineering,B103,297(2003)
18 Xuhu Yu,Jin Ma,Feng Ji,Yuheng Wang,Xijian Zhang, Honglei Ma,Effects of sputtering power on the properties of ZnO:Ga films deposited by r.f.magnetron-sputtering at low temperature,Journal of Crystal Growth,274, 474(2005)
19 Kim,I.W.Yoon,Y.S.,Micrcetructural properties of ZnO epitaxial”lms grown on p-InP(100)substrates at low temperature,Journal of Crystal Growth,212,411(2000)
20 Volker Noack,Horst Weler,Alexander Eychmuller,Elec- tron transport in particulate ZnO electrodes:A simple approach,J.Phys.Chem.B,100,8514(2002)
21 T.Hirano,H.Kozuka,Photoanodic properties of ZnO thin films prepared from zinc acetate solutions containing cobalt acetate and polyvinylpyrrolidone,Journal of Ma- terials Science,38,4203(2003)
22 J.Katayama,M.Izaki,Observation of photocurrent gen- eration in electrodeposited zinc oxide layers,Journal of Applied Electrochemistry,30,855(2000)
23 A.Van der Drift,Evolutionary selection,a principle governing growth orientation in vapor-deposited layers, Philips Res.Rep.,22,267(1967)
24 Woon-Jo Jeong,Gye-Cheon Park,Electrical and optical properties of ZnO thin film as a function of deposition parameters,Solar Energy,Materials & Solar Cells,65, 37(2001)
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