Construction and properties of aggregated paramagnetic fullerenes

面内金属富勒烯由于具有低的氧化和还原电势而成为未来纳米电子器件和导电材料的基石，引起了人们的极大兴趣。虽然面内金属富勒烯晶体的形成仍然很困难，但化学衍生化可以使它们高效结晶。在此背景下，我们研究了La@C&lt；82&gt；Ad衍生物单晶的电荷-载流子迁移率。

Endohedral metallofullerenes have attracted special interest as building blocks of future nanoscale electronic devices and conducting materials because they have low oxidation and reduction potentials. Although the formation of crystals of endohedral metallofullerenes remains difficult, chemical derivatization allows for their efficient crystallization. In this context, we investigated the charge-carrier mobilities of the single crystal of the La@C_<82>Ad derivative.