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- Carbon_nanobud abstract "In nanotechnology, carbon nanobuds form a material (discovered and synthesized in 2006) which combines two previously discovered allotropes of carbon: carbon nanotubes and spheroidal fullerenes (or, in short, fullerenes). In this new material, fullerenes are covalently bonded to the outer sidewalls of the underlying nanotube. Consequently, nanobuds exhibit properties of both carbon nanotubes and fullerenes. For instance, the mechanical properties and the electrical conductivity of the nanobuds are similar to those of corresponding carbon nanotubes. However, because of the higher reactivity of the attached fullerene molecules, the hybrid material can be further functionalized through known fullerene chemistry. Additionally, the attached fullerene molecules can be used as molecular anchors to prevent slipping of the nanotubes in various composite materials, thus modifying the composite’s mechanical properties.Owing to the large number of highly curved fullerene surfaces acting as electron emission sites on conductive carbon nanotubes, nanobuds possess advantageous field electron emission characteristics. Randomly oriented nanobuds have already been demonstrated to have an extremely low work function for field electron emission. Reported test measurements show (macroscopic) field thresholds of about 0.65 V/μm, (non-functionalized single-walled carbon nanotubes have a macroscopic field threshold for field electron emission ~2 V/μm) and a much higher current density as compared with that of the corresponding pure single-walled carbon nanotubes. The electron transport properties of certain nanobud classes have been treated theoretically. The study shows that electrons indeed pass to the neck and bud region of the nanobud system.Canatu Oy, a Finnish company, claims the intellectual property rights for nanobud material, its synthesis processes, and several applications.".
- Carbon_nanobud thumbnail NanobudComputations70%25.jpg?width=300.
- Carbon_nanobud wikiPageID "9751522".
- Carbon_nanobud wikiPageLength "6434".
- Carbon_nanobud wikiPageOutDegree "17".
- Carbon_nanobud wikiPageRevisionID "706212372".
- Carbon_nanobud wikiPageWikiLink Allotropes_of_carbon.
- Carbon_nanobud wikiPageWikiLink Band_gap.
- Carbon_nanobud wikiPageWikiLink Carbon.
- Carbon_nanobud wikiPageWikiLink Carbon_nanotube.
- Carbon_nanobud wikiPageWikiLink Category:Articles_containing_video_clips.
- Carbon_nanobud wikiPageWikiLink Category:Carbon_nanotubes.
- Carbon_nanobud wikiPageWikiLink Covalent_bond.
- Carbon_nanobud wikiPageWikiLink Electrical_resistivity_and_conductivity.
- Carbon_nanobud wikiPageWikiLink Field_electron_emission.
- Carbon_nanobud wikiPageWikiLink Fullerene.
- Carbon_nanobud wikiPageWikiLink Intellectual_property.
- Carbon_nanobud wikiPageWikiLink Work_function.
- Carbon_nanobud wikiPageWikiLink File:Carbon_nanobud1.webm.
- Carbon_nanobud wikiPageWikiLink File:Carbon_nanobud2.webm.
- Carbon_nanobud wikiPageWikiLink File:Carbon_nanobud3.webm.
- Carbon_nanobud wikiPageWikiLink File:NanobudComputations70%25.jpg.
- Carbon_nanobud wikiPageWikiLinkText "Carbon nanobud".
- Carbon_nanobud wikiPageWikiLinkText "carbon nanobud".
- Carbon_nanobud wikiPageUsesTemplate Template:Allotropes_of_carbon.
- Carbon_nanobud wikiPageUsesTemplate Template:Commons_category.
- Carbon_nanobud wikiPageUsesTemplate Template:Reflist.
- Carbon_nanobud subject Category:Articles_containing_video_clips.
- Carbon_nanobud subject Category:Carbon_nanotubes.
- Carbon_nanobud type Agent.
- Carbon_nanobud type Agent.
- Carbon_nanobud type Conductor.
- Carbon_nanobud type Nanomaterial.
- Carbon_nanobud comment "In nanotechnology, carbon nanobuds form a material (discovered and synthesized in 2006) which combines two previously discovered allotropes of carbon: carbon nanotubes and spheroidal fullerenes (or, in short, fullerenes). In this new material, fullerenes are covalently bonded to the outer sidewalls of the underlying nanotube. Consequently, nanobuds exhibit properties of both carbon nanotubes and fullerenes.".
- Carbon_nanobud label "Carbon nanobud".
- Carbon_nanobud sameAs Q428745.
- Carbon_nanobud sameAs Carbon_Nanobud.
- Carbon_nanobud sameAs Nanonuppu.
- Carbon_nanobud sameAs カーボンナノバッド.
- Carbon_nanobud sameAs m.02pr209.
- Carbon_nanobud sameAs Q428745.
- Carbon_nanobud wasDerivedFrom Carbon_nanobud?oldid=706212372.
- Carbon_nanobud depiction NanobudComputations70%25.jpg.
- Carbon_nanobud isPrimaryTopicOf Carbon_nanobud.