The purity of these molecules is calculated using the ratio between the G and D bands on Raman spectra. The geometry of those molecules may be classified as chiral, zig-zag or armchair. The Kratschmer-Huffman method produces them, and they undergo a 1,3-dipolar cycloaddition to form substituted pyrrolidines in the Prato reaction. These molecules are cyclopropanated in the Bingel reaction. The first of them was discovered 
The purity of these molecules is calculated using the ratio between the G and D bands on Raman spectra. The geometry of those molecules may be classified as chiral, zig-zag or armchair. The Kratschmer-Huffman method produces them, and they undergo a 1,3-dipolar cycloaddition to form substituted pyrrolidines in the Prato reaction. These molecules are cyclopropanated in the Bingel reaction. The first of them was discovered as a mass spec peak at 720, after powerful lasers fired at a sample of graphite in a helium filled chamber. One of them called a SWNT (swint) can be thought of as a sheet of graphene rolled up into a cylinder. For 10 points, name these molecules that include carbon nanotubes and a spherical one made from sixty carbons, the buckyball.
The purity of these molecules is calculated using the ratio between the G and D bands on Raman spectra.
fullerenes [or buckminsterfullerenes, antiprompt on buckyballs or carbon nanotubes, prompt on carbon]