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首页> 外文期刊>Physica status solidi, B. Basic research >Fullerene derivatives encapsulated in carbon nanotubes
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Fullerene derivatives encapsulated in carbon nanotubes

机译:碳纳米管中包裹的富勒烯衍生物

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We report on the preparation and subsequent Raman analysis of carbon nanotube peapods, using the fullerene C60 and its heterofullerene derivative (C59N)2 as filling materials. The filling with (C59N)2 was done from liquid solution at room temperature and from the gas phase at elevated temperatures. The success of the encapsulation procedure is confirmed through the identification of fingerprint Raman modes and the conversion to double wall nanotubes through heating to 1250 癈. The 2D mode of double wall nanotubes made from (C59N)2 peapods is observed to be downshifted compared to the same mode in double wall nanotubes made from C60 peapods. We interpret this downshift as an evidence for the integration of the nitrogen into the lattice of the inner tube.
机译:我们使用富勒烯C60及其杂富勒烯衍生物(C59N)2作为填充材料,报告了碳纳米管豌豆脚的制备和后续拉曼分析。 (C59N)2的填充是在室温下由液态溶液完成的,在高温下由气相完成的。通过鉴定指纹拉曼模式并通过加热至1250 to转化为双壁纳米管,证实了封装过程的成功。与由C60豌豆脚制成的双壁纳米管的相同模式相比,观察到由(C59N)2豌豆脚制成的双壁纳米管的2D模式下移。我们将这种降档解释为氮整合到内胎晶格中的证据。

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