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- Q4851785 subject Q5724991.
- Q4851785 subject Q6854456.
- Q4851785 subject Q7465670.
- Q4851785 subject Q8356524.
- Q4851785 abstract "Single-walled carbon nanotubes have the ability to conduct electricity. This conduction can be ballistic, diffusive, or based on scattering. When ballistic in nature conductance can be treated as if the electrons experience no scattering.".
- Q4851785 thumbnail Band_structure_CNT.jpg?width=300.
- Q4851785 wikiPageWikiLink Q13570090.
- Q4851785 wikiPageWikiLink Q13633683.
- Q4851785 wikiPageWikiLink Q1430514.
- Q4851785 wikiPageWikiLink Q1778563.
- Q4851785 wikiPageWikiLink Q1778729.
- Q4851785 wikiPageWikiLink Q186608.
- Q4851785 wikiPageWikiLink Q2016597.
- Q4851785 wikiPageWikiLink Q2391942.
- Q4851785 wikiPageWikiLink Q274072.
- Q4851785 wikiPageWikiLink Q3651639.
- Q4851785 wikiPageWikiLink Q475790.
- Q4851785 wikiPageWikiLink Q4851798.
- Q4851785 wikiPageWikiLink Q5046375.
- Q4851785 wikiPageWikiLink Q5724991.
- Q4851785 wikiPageWikiLink Q613814.
- Q4851785 wikiPageWikiLink Q6854456.
- Q4851785 wikiPageWikiLink Q7098886.
- Q4851785 wikiPageWikiLink Q7465670.
- Q4851785 wikiPageWikiLink Q8356524.
- Q4851785 comment "Single-walled carbon nanotubes have the ability to conduct electricity. This conduction can be ballistic, diffusive, or based on scattering. When ballistic in nature conductance can be treated as if the electrons experience no scattering.".
- Q4851785 label "Ballistic conduction in single-walled carbon nanotubes".
- Q4851785 depiction Band_structure_CNT.jpg.