Nano-dendrites in NaFe_4P_(12) nano-wires synthesized by hydrottermal method

Hong Liu; Jiyang Wang; Rujun Shi; Xiaobo Hu

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Nano-dendrites in NaFe_4P_(12) nano-wires synthesized by hydrottermal method

机译：水热法合成NaFe_4P_（12）纳米线中的纳米枝晶

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Skutterudite is one of the most promising thermoelectric (TE) semiconductor materials. Last year, NaFe_4P_(12) skutterudite nano-wires have been synthesized by our group, and may potentially be used for preparing advanced TE materials with a quantum structure. Recently, we found that there are some nano-dendrites in the NaFe_4P_(12) nano-wires, which can be used in some special electronic components to connect the nano-wires as nano-joints. In this paper, the morphology and growth mechanism of NaFe_4P_(12) nano-dendrites are reported. The angles between two branches are 60° or 120° Electron diffraction shows that the orientation plane of the dendrites is (1 1 1). The formation of the dendrites is caused by defects in the nano-wires.

机译：Skutterudite是最有前途的热电（TE）半导体材料之一。去年，我们小组合成了NaFe_4P_（12）方钴矿纳米线，并有可能用于制备具有量子结构的先进TE材料。最近，我们发现NaFe_4P_（12）纳米线中存在一些纳米树枝状晶，可用于某些特殊的电子组件中以将纳米线作为纳米接头连接。本文报道了NaFe_4P_（12）纳米枝晶的形貌和生长机理。两个分支之间的角度为60°或120°。电子衍射表明，树枝状晶体的取向面为（1 1 1）。树枝状晶体的形成是由纳米线中的缺陷引起的。

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来源
《Optical Materials》 |2003年第2期|p.475-478|共4页
作者
Hong Liu; Jiyang Wang; Rujun Shi; Xiaobo Hu;
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作者单位

State Key Laboratory of Crystal Materials Shandong University Jinan 250100 China;

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收录信息美国《科学引文索引》(SCI);美国《工程索引》(EI);
原文格式 PDF
正文语种 eng
中图分类工程材料学;
关键词
skutterudite; nano-materials; dendrite; hydrothermal; synthesis;

机译：skutterudite;纳米材料枝晶水热合成;

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Nano-dendrites in NaFe_4P_(12) nano-wires synthesized by hydrottermal method

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