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Large 'pillow' fullerenes as graphite without dangling bonds

机译:大型“枕形”富勒烯,如无悬空键的石墨

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The possibility is considered of a special class of fullerenes which are not spheres but disks, similar in shape to healthy red-blood cells (or erythrocytes). Such a fullerene would consist of two large, nearly parallel, hexagonal ways of benzenoid rings, each array connected by 12 pentagons (and typically some supplementary benzenoid rings). Different families of such fullerenes are presented, sometimes via more than one construction. They can be considered to approximate graphite without dangling bonds, especially if the central parts of the hexagonal arrays consisting only of hexagonal rings flatten to yield intramolecular Van der Waals attractive interactions between the two parallel faces of the erythrocyte-like pillow-shaped fullerene. [References: 68]
机译:人们认为有可能是一类特殊的富勒烯,它不是球形而是盘状,形状类似于健康的红血细胞(或红细胞)。这样的富勒烯将由两个大的,几乎平行的六边形的苯环组成,每个阵列由12个五边形连接(通常是一些补充的苯环)。这些富勒烯的不同家族被提出,有时是通过一种以上的结构。可以认为它们近似于没有悬空键的石墨,尤其是如果仅由六角环组成的六边形阵列的中心部分变平而在分子状枕形富勒烯的两个平行面之间产生分子内范德华吸引力的相互作用。 [参考:68]

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