Difference between revisions of "File:Carbon nanotube from graphene.png"

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(Graphical depiction of how carbon nanotubes are equivalent to rolled-up graphene. In each of the colours, the solid line (overlapped by the dotted line for yellow) depicts a cross-section of the nanotube. The two dotted line indicates how the characterist)
 
(Accidentally swapped variables.)
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Graphical depiction of how carbon nanotubes are equivalent to rolled-up graphene. In each of the colours, the solid line (overlapped by the dotted line for yellow) depicts a cross-section of the nanotube. The two dotted line indicates how the characteristic vector (m, n) of the nanotube is calculated. The tesselation wraps around so that the hexagon centred on O takes the place of the hexagons centred on A to D, respectively. The angle theta indicates how strongly the nanotube spirals, but not whether it is left-handed or right-handed (if chiral) nor how thick it is.
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Graphical depiction of how carbon nanotubes are equivalent to rolled-up graphene. In each of the colours, the solid line (overlapped by the dotted line for yellow) depicts a cross-section of the nanotube. The two dotted line indicates how the characteristic vector (n, m) of the nanotube is calculated. The tesselation wraps around so that the hexagon centred on O takes the place of the hexagons centred on A to D, respectively. The angle theta indicates how strongly the nanotube spirals, but not whether it is left-handed or right-handed (if chiral) nor how thick it is.

Revision as of 07:14, 27 April 2013

Graphical depiction of how carbon nanotubes are equivalent to rolled-up graphene. In each of the colours, the solid line (overlapped by the dotted line for yellow) depicts a cross-section of the nanotube. The two dotted line indicates how the characteristic vector (n, m) of the nanotube is calculated. The tesselation wraps around so that the hexagon centred on O takes the place of the hexagons centred on A to D, respectively. The angle theta indicates how strongly the nanotube spirals, but not whether it is left-handed or right-handed (if chiral) nor how thick it is.

File history

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Date/TimeThumbnailDimensionsUserComment
current01:22, 28 April 2013Thumbnail for version as of 01:22, 28 April 2013240 × 225 (48 KB)ChristiaanK (talk | contribs)Uploaded the wrong file last time.
01:20, 28 April 2013Thumbnail for version as of 01:20, 28 April 2013240 × 225 (48 KB)ChristiaanK (talk | contribs)Made the image smaller still. (There's also a mistake in the old version. B has m=2, not m=0.)
00:36, 28 April 2013Thumbnail for version as of 00:36, 28 April 2013488 × 400 (133 KB)ChristiaanK (talk | contribs)I've replaced this file with a small version, since the server doesn't seem to generate thumbnails. Graphical depiction of how carbon nanotubes are equivalent to rolled-up graphene. In each of the colours, the solid line (overlapped by the dotted line fo
07:00, 27 April 2013Thumbnail for version as of 07:00, 27 April 20131,061 × 870 (359 KB)ChristiaanK (talk | contribs)Graphical depiction of how carbon nanotubes are equivalent to rolled-up graphene. In each of the colours, the solid line (overlapped by the dotted line for yellow) depicts a cross-section of the nanotube. The two dotted line indicates how the characterist

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