KnowraCarbon nanotubeLinked fromLinked fromThe 17 pages that link to Carbon nanotube, each with the reason it gives.All 17Broader topic 5Related 7Compared with 5GrapheneRelated: Its electronic and mechanical properties depend on how a graphene lattice is wrapped.NanotechnologyBroader topic: Its electrical and mechanical properties make it a prominent nanoscale building block.FullereneCompared with: Nanotubes share fullerene-like curvature but extend into long cylinders rather than finite cages.BuckminsterfullereneCompared with: Nanotubes share fullerene-like curvature but extend into cylinders rather than closed spheres.Carbon fibersCompared with: Nanotubes promise exceptional properties at small scales but are not equivalent to practical bulk fiber reinforcement.Space elevatorRelated: Its theoretical strength has prompted proposals for lightweight elevator tethers.Allotropes of carbonBroader topic: Its identification established a tubular form among nanoscale carbon structures.Tokyo Institute of TechnologyRelated: Tokyo Tech materials research investigated nanoscale structures with engineering uses.Amorphous carbonCompared with: Its long-range tubular order contrasts with the heterogeneous structure of amorphous carbon.Richard SmalleyBroader topic: Fullerene research helped focus attention on other closed or curved carbon structures.Robert CurlRelated: Nanotubes are another major nanocarbon form developed in the fullerene era.Harry KrotoRelated: The fullerene discovery helped establish the wider family of curved carbon nanostructures that includes nanotubes.NanostructuresBroader topic: Its electrical and mechanical properties motivate use in composites and electronics.Endohedral fullereneCompared with: It also confines matter inside carbon, but its open-ended tube differs from a closed fullerene cage.1-dimensional systems (physics)Broader topic: Its electronic motion can be effectively one-dimensional along the tube's axis.Nanoelectromechanical systemsRelated: Carbon nanotubes can serve as exceptionally small, stiff, electrically active NEMS components.PolyyneRelated: Polyynes can be encapsulated inside nanotubes, which help protect them.
KnowraCarbon nanotubeLinked fromLinked fromThe 17 pages that link to Carbon nanotube, each with the reason it gives.All 17Broader topic 5Related 7Compared with 5GrapheneRelated: Its electronic and mechanical properties depend on how a graphene lattice is wrapped.NanotechnologyBroader topic: Its electrical and mechanical properties make it a prominent nanoscale building block.FullereneCompared with: Nanotubes share fullerene-like curvature but extend into long cylinders rather than finite cages.BuckminsterfullereneCompared with: Nanotubes share fullerene-like curvature but extend into cylinders rather than closed spheres.Carbon fibersCompared with: Nanotubes promise exceptional properties at small scales but are not equivalent to practical bulk fiber reinforcement.Space elevatorRelated: Its theoretical strength has prompted proposals for lightweight elevator tethers.Allotropes of carbonBroader topic: Its identification established a tubular form among nanoscale carbon structures.Tokyo Institute of TechnologyRelated: Tokyo Tech materials research investigated nanoscale structures with engineering uses.Amorphous carbonCompared with: Its long-range tubular order contrasts with the heterogeneous structure of amorphous carbon.Richard SmalleyBroader topic: Fullerene research helped focus attention on other closed or curved carbon structures.Robert CurlRelated: Nanotubes are another major nanocarbon form developed in the fullerene era.Harry KrotoRelated: The fullerene discovery helped establish the wider family of curved carbon nanostructures that includes nanotubes.NanostructuresBroader topic: Its electrical and mechanical properties motivate use in composites and electronics.Endohedral fullereneCompared with: It also confines matter inside carbon, but its open-ended tube differs from a closed fullerene cage.1-dimensional systems (physics)Broader topic: Its electronic motion can be effectively one-dimensional along the tube's axis.Nanoelectromechanical systemsRelated: Carbon nanotubes can serve as exceptionally small, stiff, electrically active NEMS components.PolyyneRelated: Polyynes can be encapsulated inside nanotubes, which help protect them.