Under Raman spectroscopy, these compounds contain a split peak at 1580 wavenumber called the G mode, and their size can be determined from their Radial Breathing Mode.
Under Raman spectroscopy, these compounds contain a split peak at 1580 wavenumber called the G mode, and their size can be determined from their Radial Breathing Mode. Their bandgap is plotted against their size in a Kataura plot. Coming in zigzag, armchair, and chiral configurations, rearrangements in them can result in the Stone-Wales defect. They are synthesized upon an iron catalyst using a process gas in the Chemical vapor deposition method, and can also be synthesized by arc discharge. Like related compounds, they can undergo cyclopropanation in the Bingel reaction. They can be either single- or multi-walled and have been proposed for use in space elevators and combat armor. For 10 points, name these cylindrical fullerenes, an allotrope of carbon
Under Raman spectroscopy, these compounds contain a split peak at 1580 wavenumber called the G mode, and their size can be determined from their Radial Breathing Mode.
Carbon {nanotubes} (prompt on “{fullerenes}” until mention, do not accept or prompt on “buckminsterfullerenes” or “buckyballs”)