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(Color online) Theoretical room temperature conductance of a single-walled carbon nanotube. For each tube, 2 and diameters, the total conductance is when three subbands are considered. Also shown is the case when only one subband is considered ( here). Results also give the mean free path in microns multiplied by the number of included subbands .
(Color online) Comparison between experimental (Ref. 5) and theoretical field-effect mobility peaks as a function of single-walled nanotube diameter at .
(Color online) Simulations of the theoretical peak conductance for a length single-walled carbon nanotube as a function of diameter at . Results also indicate the on state mean free path and the on resistance of the nanotube (excluding contacts).
Comparison of theoretical and experimental (Ref. 5) peak field-effect mobilities and on resistances vs temperature. A single-walled nanotube of length and a diameter of is considered. The on resistance is , where is (Ref. 5).
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