Effects of ZnAl2O4 segregation in high temperature sintered Al-doped ZnO sputtering target on optical and electrical properties of deposited thin films
Song WJ(宋伟杰) ; Tiefeng Wei a, Yulong Zhang a, Ye Yang a, Ruiqin Tan b, Ping Cui a, Weijie Song a,⁎
刊名Surface & Coatings Technology
2013-04-25
期号1页码:201—206
通讯作者宋伟杰
合作状况李雨桐
中文摘要In this work, several Al-doped ZnO thin films were sequentially deposited from a high temperature sintered sputtering target in order to understand the effect of ZnAl2O4 segregation in target on optical and electrical properties of the deposited films. It was observed that the Al-doped ZnO films were all well (002) oriented with increasing 2θ from 34.25 to 34.38°, which corresponded to the lattice shrinkage from 5.232 ? to 5.212 ?. The corresponding band gaps for the Al-doped ZnO films increased from 3.47 eV to 3.54 eV as determined from transmittance spectra and the resistivity decreased from 3.7×10?3 Ω cm to 1.3×10?3 Ω cm. These changes were ascribed to the Al concentration increase from the polished surface to the inner target in the target due to surface segregation of ZnAl2O4 during the high temperature sintering process.
学科主题物理化学
原文出处SCI收录
公开日期2013-12-16
内容类型期刊论文
源URL[http://ir.nimte.ac.cn/handle/174433/9896]  
专题宁波材料技术与工程研究所_宁波所知识产出
推荐引用方式
GB/T 7714
Song WJ,Tiefeng Wei a, Yulong Zhang a, Ye Yang a, Ruiqin Tan b, Ping Cui a, Weijie Song a,⁎. Effects of ZnAl2O4 segregation in high temperature sintered Al-doped ZnO sputtering target on optical and electrical properties of deposited thin films[J]. Surface & Coatings Technology,2013(1):201—206.
APA Song WJ,&Tiefeng Wei a, Yulong Zhang a, Ye Yang a, Ruiqin Tan b, Ping Cui a, Weijie Song a,⁎.(2013).Effects of ZnAl2O4 segregation in high temperature sintered Al-doped ZnO sputtering target on optical and electrical properties of deposited thin films.Surface & Coatings Technology(1),201—206.
MLA Song WJ,et al."Effects of ZnAl2O4 segregation in high temperature sintered Al-doped ZnO sputtering target on optical and electrical properties of deposited thin films".Surface & Coatings Technology .1(2013):201—206.
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