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Heterohedral Fullerenes and Nanotubes: Formation and Characteristics

机译:异面体富勒烯和纳米管:形成和特征

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摘要

Both theoretical and experimental studies show that carbon atom(s) can be substituted in a fullerene cage or in a nanotube by “guest” atom(s) or molecule(s) to form stable structures. This new class of networked carbon nanostructures called heterofullerenes and heteronanotubes is presented and their interesting properties and synthesis routes are discussed.
机译:理论和实验研究表明,在富勒烯笼或纳米管中,碳原子可以被“客体”原子或分子取代,形成稳定的结构。介绍了这种称为异富勒烯和异质纳米管的新型网络化碳纳米结构,并讨论了它们有趣的性质和合成路线。

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