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NanoST版 - 在金属导电基底上直接生长半导体纳米结构
相关主题
Postdoctoral position opening at Georgia Tech (January 2016)解读 Nature Nanotechnology 单壁碳管荧光生物传感器
美国军方对纳米科技的需求状况呼唤其他nano大牛
The rise of graphene in ultra-fast photonics (转载)如何引出ZnO NWs内因压电效应而来的电信号
探讨一下负的自由能调控nanocrystal生长求推荐溶液过程制备ZnO纳米线的文章
我看过的合成尺径最小(2nm)ZnO纳米棒的报道a paper about ZL Wang's group research, any comments?
美研制出多功能新型纳米塑料纤维关于纳米颗粒表面修饰
《纳米快报》-李彦小组-超长单壁碳纳米管阵列研究求助:ZnO or TiO2 nanowire/tube
如何得到Gibbs free energy of Zn(g)+H2O(g)->ZnO(g)+H2(g) 在大约1000 摄氏度左右? 谢谢问一个杂志(Small)
相关话题的讨论汇总
话题: zno话题: large话题: high话题: among
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1 (共1页)
m******i
发帖数: 834
1
据Nanowerk报道, Large-scale and high-density semiconductor arrays with one-
dimensional ("1D" - where one dimension of the structure is nanoscale)
nanostructures have been extensively studied for their potential application
in future electrooptical devices. Among them, zinc oxide (ZnO) is
considered to be very attractive for high-efficiency short-wavelength
optoelectronic nanodevices because of its large exciton binding energy of 60
meV and high mechanical and thermal stabilities. ZnO nanorod/ nano
s*****g
发帖数: 28
2
That is too easy to do. Not much novelty and challenge.
1 (共1页)
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相关主题
问一个杂志(Small)我看过的合成尺径最小(2nm)ZnO纳米棒的报道
two JNN papers help, thanks!美研制出多功能新型纳米塑料纤维
王中林小组:交流纳米发电机问世zz《纳米快报》-李彦小组-超长单壁碳纳米管阵列研究
请问谁是生长ZnO nanowire 的大牛(美国的)?如何得到Gibbs free energy of Zn(g)+H2O(g)->ZnO(g)+H2(g) 在大约1000 摄氏度左右? 谢谢
Postdoctoral position opening at Georgia Tech (January 2016)解读 Nature Nanotechnology 单壁碳管荧光生物传感器
美国军方对纳米科技的需求状况呼唤其他nano大牛
The rise of graphene in ultra-fast photonics (转载)如何引出ZnO NWs内因压电效应而来的电信号
探讨一下负的自由能调控nanocrystal生长求推荐溶液过程制备ZnO纳米线的文章
相关话题的讨论汇总
话题: zno话题: large话题: high话题: among