Buckminsterfullerene is a type of fullerene with the formula C 60. It has a cage-like fused-ring structure (truncated icosahedron) made of twenty hexagons and twelve pentagons, and resembles a soccer ball. Each of its 60 carbon atoms is bonded to its three neighbors.

Buckminsterfullerene (C60) is a spherical carbon allotrope where 60 atoms are assembled in pentagons and hexagons, in a geometry similar to a soccer ball. All the carbon atoms are connected by single and double bonds, these are often called BuckyBalls.

Buckyball is a nanoparticle characterized by a spherical geometry and hollow interior that is comprised of 60 carbon atoms. This configuration is the most common type of fullerene. buckminsterfullerene is a mineral. View More...

C60-TP超结构属六方晶系，其晶胞参数为a = b = 1.98 nm，c = 4.52 nm和γ= 120°的参数。 另外，该研究通过精准的多角度电子衍射技术，首次展现了带有新型蜂窝C60支架的三维分层结构。

1985年11月14日 · The C60 molecule which results when a carbon atom is placed at each vertex of this structure has all valences satisfied by two single bonds and one double bond, has many resonance structures, and...

2022年9月20日 · The structure of C60 has been determined by x-ray crystallography on the solid at low temperatures and electron diffraction in the gas phase. The molecule consists of five and six-membered carbon rings, and the overall symmetry is icosahedral in the gas phase.

今日，中科院化学所郑健教授、朱道本院士、刘云圻院士等研究人员通过层间键合解理策略制备了大尺寸的单晶2d碳材料，即单层准六方相富勒烯(c60)。在这种 单层聚合c60 中，c60的簇笼在一个平面内彼此共价键合，形成与常规2d材料不同的规则拓扑。单层聚合c60 ...

2024年3月4日 · Shape: Buckminsterfullerene has a hollow spherical shape resembling a soccer ball, composed of 60 carbon atoms arranged in a series of interlocking hexagons and pentagons. Size: The diameter of a buckminsterfullerene molecule is approximately 0.7 nanometers, making it relatively small on the molecular scale.

2009年4月17日 · These results clearly demonstrate controlled formation of 2D nanosheets with various shapes (hexagons, rhombi, etc.) and selective shape shifting to nanorods (short nanowhiskers) all from pure C 60 molecules by very simple solvent treatments.

The shapes of C60 microcrystals, such as bipyramid, belt, disc, and rod, were achieved by carefully adjusting the solvent species in the liquid–liquid reprecipitation process.