Fullertubes: Cylindrical Carbon with Half-Fullerene End-Caps and Tubular Graphene Belts, Their Chemical Enrichment, Crystallography of Pristine C90-D5h(1) and C100-D5d(1) Fullertubes, and Isolation of C108, C120, C132, and C156 Cages of Unknown Structures

Ryan M. Koenig,Han-Rui Tian,Tiffany L. Seeler,Katelyn R. Tepper,Hannah M. Franklin,Zuo-Chang Chen,Su-Yuan Xie,Steven Stevenson

Fullertubes: Cylindrical Carbon with Half-Fullerene End-Caps and Tubular Graphene Belts, Their Chemical Enrichment, Crystallography of Pristine C90-D5h(1) and C100-D5d(1) Fullertubes, and Isolation of C108, C120, C132, and C156 Cages of Unknown Structures

2020

Ryan M. Koenig
Han-Rui Tian
Tiffany L. Seeler
Katelyn R. Tepper
Hannah M. Franklin
Zuo-Chang Chen
Su-Yuan Xie
Steven Stevenson

We report a chemical separation method to isolate fullertubes: a new and soluble allotrope of carbon whose structure merges nanotube, graphene, and fullerene subunits. Fullertubes possess single-wa...

Keywords:

Chemistry
Fullerene
Chemical separation method
Nanotube
Graphene
Cylinder
Crystallography
Carbon

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