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- Carbon_nanotube_chemistry abstract "Carbon nanotube chemistry involves chemical reactions, which are used to modify the properties of carbon nanotubes (CNTs). CNTs can be functionalized to attain desired properties that can be used in a wide variety of applications. The two main methods of CNT functionalization are covalent and non-covalent modifications.Because of their hydrophobic nature, CNTs tend to agglomerate hindering their dispersion in solvents or viscous polymer melts. The resulting nanotube bundles or aggregates reduce the mechanical performance of the final composite. The surface of CNTs can be modified to reduce the hydrophobicity and improve interfacial adhesion to a bulk polymer through chemical attachment.".
- Carbon_nanotube_chemistry thumbnail CNT_Table.png?width=300.
- Carbon_nanotube_chemistry wikiPageID "24924604".
- Carbon_nanotube_chemistry wikiPageLength "23765".
- Carbon_nanotube_chemistry wikiPageOutDegree "65".
- Carbon_nanotube_chemistry wikiPageRevisionID "705765532".
- Carbon_nanotube_chemistry wikiPageWikiLink 1,3-Butadiene.
- Carbon_nanotube_chemistry wikiPageWikiLink Adhesion.
- Carbon_nanotube_chemistry wikiPageWikiLink Amide.
- Carbon_nanotube_chemistry wikiPageWikiLink Amino_acid.
- Carbon_nanotube_chemistry wikiPageWikiLink Aminosilane.
- Carbon_nanotube_chemistry wikiPageWikiLink Ammonium_persulfate.
- Carbon_nanotube_chemistry wikiPageWikiLink Amorphous_carbon.
- Carbon_nanotube_chemistry wikiPageWikiLink Amphiphile.
- Carbon_nanotube_chemistry wikiPageWikiLink Anthracene.
- Carbon_nanotube_chemistry wikiPageWikiLink Aryl.
- Carbon_nanotube_chemistry wikiPageWikiLink Biomolecule.
- Carbon_nanotube_chemistry wikiPageWikiLink Carbon_nanotube.
- Carbon_nanotube_chemistry wikiPageWikiLink Carbonyl.
- Carbon_nanotube_chemistry wikiPageWikiLink Carboxylic_acid.
- Carbon_nanotube_chemistry wikiPageWikiLink Category:Carbon_nanotubes.
- Carbon_nanotube_chemistry wikiPageWikiLink Chemical_reaction.
- Carbon_nanotube_chemistry wikiPageWikiLink Coupling_reaction.
- Carbon_nanotube_chemistry wikiPageWikiLink Diazonium_compound.
- Carbon_nanotube_chemistry wikiPageWikiLink Diels–Alder_reaction.
- Carbon_nanotube_chemistry wikiPageWikiLink Electrophilic_addition.
- Carbon_nanotube_chemistry wikiPageWikiLink Ester.
- Carbon_nanotube_chemistry wikiPageWikiLink Formaldehyde.
- Carbon_nanotube_chemistry wikiPageWikiLink Friedel–Crafts_reaction.
- Carbon_nanotube_chemistry wikiPageWikiLink Group_2_organometallic_chemistry.
- Carbon_nanotube_chemistry wikiPageWikiLink Guanidine.
- Carbon_nanotube_chemistry wikiPageWikiLink Heck_reaction.
- Carbon_nanotube_chemistry wikiPageWikiLink Hexaphenyldisilane.
- Carbon_nanotube_chemistry wikiPageWikiLink Hydrogen_peroxide.
- Carbon_nanotube_chemistry wikiPageWikiLink Hydrophobe.
- Carbon_nanotube_chemistry wikiPageWikiLink Hydroxyl.
- Carbon_nanotube_chemistry wikiPageWikiLink Iodophenyl.
- Carbon_nanotube_chemistry wikiPageWikiLink Iodosobenzene.
- Carbon_nanotube_chemistry wikiPageWikiLink Lactone.
- Carbon_nanotube_chemistry wikiPageWikiLink Naphthalene.
- Carbon_nanotube_chemistry wikiPageWikiLink Nitric_acid.
- Carbon_nanotube_chemistry wikiPageWikiLink Nucleophilic_addition.
- Carbon_nanotube_chemistry wikiPageWikiLink Oleum.
- Carbon_nanotube_chemistry wikiPageWikiLink Organolithium_reagent.
- Carbon_nanotube_chemistry wikiPageWikiLink Oxalyl_chloride.
- Carbon_nanotube_chemistry wikiPageWikiLink Phenanthrene.
- Carbon_nanotube_chemistry wikiPageWikiLink Phenol.
- Carbon_nanotube_chemistry wikiPageWikiLink Phenyl_group.
- Carbon_nanotube_chemistry wikiPageWikiLink Phospholipid.
- Carbon_nanotube_chemistry wikiPageWikiLink Poly(amidoamine).
- Carbon_nanotube_chemistry wikiPageWikiLink Polymer.
- Carbon_nanotube_chemistry wikiPageWikiLink Porphyrin.
- Carbon_nanotube_chemistry wikiPageWikiLink Pyrene.
- Carbon_nanotube_chemistry wikiPageWikiLink Pyrrolidine_ring.
- Carbon_nanotube_chemistry wikiPageWikiLink Selective_chemistry_of_single-walled_nanotubes.
- Carbon_nanotube_chemistry wikiPageWikiLink Silver_nanoparticle.
- Carbon_nanotube_chemistry wikiPageWikiLink Silylate.
- Carbon_nanotube_chemistry wikiPageWikiLink Sodium_nitrite.
- Carbon_nanotube_chemistry wikiPageWikiLink Sulfuric_acid.
- Carbon_nanotube_chemistry wikiPageWikiLink Surfactant.
- Carbon_nanotube_chemistry wikiPageWikiLink Suzuki_reaction.
- Carbon_nanotube_chemistry wikiPageWikiLink Thiourea.
- Carbon_nanotube_chemistry wikiPageWikiLink Trimethoxysilane.
- Carbon_nanotube_chemistry wikiPageWikiLink Urea.
- Carbon_nanotube_chemistry wikiPageWikiLink Van_der_Waals_force.
- Carbon_nanotube_chemistry wikiPageWikiLink File:CNT_Covalent.png.
- Carbon_nanotube_chemistry wikiPageWikiLink File:CNT_Table.png.
- Carbon_nanotube_chemistry wikiPageWikiLink File:CNT_functionalization_TEM2.jpg.
- Carbon_nanotube_chemistry wikiPageWikiLink File:Noncovalent_carboncarbonnanotube.png.
- Carbon_nanotube_chemistry wikiPageWikiLinkText "Carbon nanotube chemistry".
- Carbon_nanotube_chemistry wikiPageUsesTemplate Template:Commons_category.
- Carbon_nanotube_chemistry wikiPageUsesTemplate Template:Reflist.
- Carbon_nanotube_chemistry subject Category:Carbon_nanotubes.
- Carbon_nanotube_chemistry type Agent.
- Carbon_nanotube_chemistry type Agent.
- Carbon_nanotube_chemistry type Conductor.
- Carbon_nanotube_chemistry type Nanomaterial.
- Carbon_nanotube_chemistry comment "Carbon nanotube chemistry involves chemical reactions, which are used to modify the properties of carbon nanotubes (CNTs). CNTs can be functionalized to attain desired properties that can be used in a wide variety of applications. The two main methods of CNT functionalization are covalent and non-covalent modifications.Because of their hydrophobic nature, CNTs tend to agglomerate hindering their dispersion in solvents or viscous polymer melts.".
- Carbon_nanotube_chemistry label "Carbon nanotube chemistry".
- Carbon_nanotube_chemistry sameAs Q5037974.
- Carbon_nanotube_chemistry sameAs m.09gctc2.
- Carbon_nanotube_chemistry sameAs Q5037974.
- Carbon_nanotube_chemistry wasDerivedFrom Carbon_nanotube_chemistry?oldid=705765532.
- Carbon_nanotube_chemistry depiction CNT_Table.png.
- Carbon_nanotube_chemistry isPrimaryTopicOf Carbon_nanotube_chemistry.