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| 1 | ZnO nanorods:morphology control, optical properties, and nanodevice applications显示文摘Research interest in ZnO nanostructures derives from their excellent luminescent properties and availability of low cost fabricating and processing,which hold promise for the development of electronic and optoelectronic nanodevices.In this review,we focus on the progress in synthesis,properties and nanodevices of ZnO nanorod(NR)arrays and nanotetrapods(NTPs).Recent work done by the authors are also presented.After a brief introduction to the controlled fabrication methods for the highly-ordered ZnO NR arrays and NTPs,we present some aspects of the fundamental properties,especially optical performance,of ZnO NRs/NTPs.Then,we provide an overview of the applications to functional nanodevices based on individual NR and NTP of ZnO.It is demonstrated that different morphologies of ZnO nanostructures have salient effects on their properties and applications.Although much progress has been achieved in the fundamental and applied investigations of ZnO NRs/NTPs over the past decade,many obstacles still remain,hampering further development in this field.Finally,some longstanding problems that warrant further investigation are addressed. | ZHOU WeiYa ZHANG XiaoXian ZHAO Duan GAO Min XIE SiShen | 2013 | Science China(Physics,Mechanics & Astronomy)2013，56，12： | 0 |
| 2 | ZnO纳米线PL光谱性质改善的研究显示文摘采用CVD方法在管式炉中生长了ZnO纳米线,并通过SEM、TEM和PL光谱仪表征了其形貌、结构及光谱性质。利用Au表面等离激元共振与材料的相互作用,在ZnO纳米线表面镀上Au膜,发现其对ZnO纳米线的PL光谱有明显的改善,纳米线本征发光增强20倍左右,缺陷发光有显著的减弱。通过高温退火,结果显示ZnO纳米线的本征发光和缺陷发光之间存在很强的竞争,在入射光功率一定的条件下,高温退火后ZnO纳米线的本征发光明显地减弱,缺陷发光显著地增强。对退火后的ZnO纳米线镀上Au膜,发现其本征发光增强了30倍左右。这些结果比现有的报道有显著提高。 | 王晓伟 孙杨慧 王伟 朱瑞 朱新利 侯玉敏 | 2012 | 北京大学学报(自然科学版)2012，48，3： | 0 |
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