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Multi-Terminal Electron Transport<br />in Single-Wall Carbon Nanotubes

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Figure 1.1: (a) The unit cell (dotted rhombus) and (b) Brillouin zone of two- two-dimensional graphene sheet are shown
Figure 1.2: The energy dispersion relations for a two-dimensional graphene sheet are shown
Figure 1.3: The unrolled honeycomb lattice of a nanotube. OA is the chiral vector C h , OB signifies the translation vector T, the rectangle OACB defines the unit cell of
Figure 1.4: One dimensional energy dispersion relations for an armchair SWNT (5,5). Those bands with positive energy are antibonding π ∗ sub-bands and those with
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