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帮忙翻译成中文,有点难度!
Patterned transparent zinc oxide films
produced by sol–gel embossing
J. Rao1, 2, R. J. Winfield*, 1, L. H. K. Koh1, 2, S. O’Brien1, and G. M. Crean1, 2
1 Tyndall National Institute, Lee Maltings, Prospect Row, Cork, Ireland
2 Department of Microelectronic Engineering, University College Cork, Cork, Ireland
Received 12 June 2007, revised 3 April 2008, accepted 7 April 2008
Published online 21 July 2008
PACS 68.55.–a, 78.66.Hf, 81.20.Fw, 83.50.Uv
Corresponding author:
加多一点The formed track pattern was further densified to
provide a stable conductor film that retained the embossed
shape. An optimum Zn sol–gel content of 0.6 M was identified.
The embossed films had a transparency of greater than
83% in the visible region. The optical bandgap energy was
evaluated to be 3.306 eV. The influence of ZnO sol–gel film
synthesis and embossing parameters on the microstructure,
morphology and optical transparency of fabricated structures
is described.
Patterned transparent zinc oxide films
produced by sol–gel embossing
J. Rao1, 2, R. J. Winfield*, 1, L. H. K. Koh1, 2, S. O’Brien1, and G. M. Crean1, 2
1 Tyndall National Institute, Lee Maltings, Prospect Row, Cork, Ireland
2 Department of Microelectronic Engineering, University College Cork, Cork, Ireland
Received 12 June 2007, revised 3 April 2008, accepted 7 April 2008
Published online 21 July 2008
PACS 68.55.–a, 78.66.Hf, 81.20.Fw, 83.50.Uv
Corresponding author:
加多一点The formed track pattern was further densified to
provide a stable conductor film that retained the embossed
shape. An optimum Zn sol–gel content of 0.6 M was identified.
The embossed films had a transparency of greater than
83% in the visible region. The optical bandgap energy was
evaluated to be 3.306 eV. The influence of ZnO sol–gel film
synthesis and embossing parameters on the microstructure,
morphology and optical transparency of fabricated structures
is described.
透明氧化锌薄膜式
采用溶胶生产浮雕
Rao1 > > >,2、1,还Koh1 h ..2,s .O 'Brien1、转基因Crean1,2
1廷德尔空军基地,李Maltings民族学院、前景、软木,爱尔兰排
2部大学机械工程学系,硕士论文,软木塞,爱尔兰
2007年6月12日收到修改3 2008年4月,接受了二○○八年四月七日
在线发表的《2008年7月21日
68.55.-a,78.66.Hf,81.20.Fw行动,83.50.Uv
通讯作者
采用溶胶生产浮雕
Rao1 > > >,2、1,还Koh1 h ..2,s .O 'Brien1、转基因Crean1,2
1廷德尔空军基地,李Maltings民族学院、前景、软木,爱尔兰排
2部大学机械工程学系,硕士论文,软木塞,爱尔兰
2007年6月12日收到修改3 2008年4月,接受了二○○八年四月七日
在线发表的《2008年7月21日
68.55.-a,78.66.Hf,81.20.Fw行动,83.50.Uv
通讯作者