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- Carbon_nanotube_actuators abstract "The exceptional electrical and mechanical properties of carbon nanotubes have made them alternatives to the traditional electrical actuators for both microscopic and macroscopic applications. Carbon nanotubes are very good conductors of both electricity and heat, and they are also very strong and elastic molecules in certain directions. These properties are difficult to find in the same material and very needed for high performance actuators. For current carbon nanotube actuators, multi-walled carbon nanotubes (MWNTs) and bundles of MWNTs have been widely used mostly due to the easiness of handling and robustness. Solution dispersed thick films and highly ordered transparent films of carbon nanotubes have been used for the macroscopic applications.".
- Carbon_nanotube_actuators wikiPageID "22657653".
- Carbon_nanotube_actuators wikiPageLength "11704".
- Carbon_nanotube_actuators wikiPageOutDegree "27".
- Carbon_nanotube_actuators wikiPageRevisionID "704832737".
- Carbon_nanotube_actuators wikiPageWikiLink Actuator.
- Carbon_nanotube_actuators wikiPageWikiLink Aerogel.
- Carbon_nanotube_actuators wikiPageWikiLink Biasing.
- Carbon_nanotube_actuators wikiPageWikiLink Carbon_nanotube.
- Carbon_nanotube_actuators wikiPageWikiLink Category:Actuators.
- Carbon_nanotube_actuators wikiPageWikiLink Category:Carbon_nanotubes.
- Carbon_nanotube_actuators wikiPageWikiLink Coating.
- Carbon_nanotube_actuators wikiPageWikiLink Elasticity_(physics).
- Carbon_nanotube_actuators wikiPageWikiLink Electrical_conductor.
- Carbon_nanotube_actuators wikiPageWikiLink Electrical_resistance_and_conductance.
- Carbon_nanotube_actuators wikiPageWikiLink Electricity.
- Carbon_nanotube_actuators wikiPageWikiLink Electrode.
- Carbon_nanotube_actuators wikiPageWikiLink Electrostatics.
- Carbon_nanotube_actuators wikiPageWikiLink Harvard_University.
- Carbon_nanotube_actuators wikiPageWikiLink Heat.
- Carbon_nanotube_actuators wikiPageWikiLink MWNTs.
- Carbon_nanotube_actuators wikiPageWikiLink Macroscopic_scale.
- Carbon_nanotube_actuators wikiPageWikiLink Mechanical_properties_of_carbon_nanotubes.
- Carbon_nanotube_actuators wikiPageWikiLink Mechanics.
- Carbon_nanotube_actuators wikiPageWikiLink Micrometre.
- Carbon_nanotube_actuators wikiPageWikiLink Microscopic_scale.
- Carbon_nanotube_actuators wikiPageWikiLink Optical_properties_of_carbon_nanotubes.
- Carbon_nanotube_actuators wikiPageWikiLink Pipette.
- Carbon_nanotube_actuators wikiPageWikiLink Shahid_Chamran_University_of_Ahvaz.
- Carbon_nanotube_actuators wikiPageWikiLink Shanghai_University.
- Carbon_nanotube_actuators wikiPageWikiLinkText "Carbon nanotube actuators".
- Carbon_nanotube_actuators wikiPageUsesTemplate Template:Reflist.
- Carbon_nanotube_actuators wikiPageUsesTemplate Template:Underlinked.
- Carbon_nanotube_actuators subject Category:Actuators.
- Carbon_nanotube_actuators subject Category:Carbon_nanotubes.
- Carbon_nanotube_actuators type Agent.
- Carbon_nanotube_actuators type Agent.
- Carbon_nanotube_actuators type Conductor.
- Carbon_nanotube_actuators type Nanomaterial.
- Carbon_nanotube_actuators type Transducer.
- Carbon_nanotube_actuators comment "The exceptional electrical and mechanical properties of carbon nanotubes have made them alternatives to the traditional electrical actuators for both microscopic and macroscopic applications. Carbon nanotubes are very good conductors of both electricity and heat, and they are also very strong and elastic molecules in certain directions. These properties are difficult to find in the same material and very needed for high performance actuators.".
- Carbon_nanotube_actuators label "Carbon nanotube actuators".
- Carbon_nanotube_actuators sameAs Q5037973.
- Carbon_nanotube_actuators sameAs محفزات_أنابيب_الكربون_النانوية.
- Carbon_nanotube_actuators sameAs m.0642cjt.
- Carbon_nanotube_actuators sameAs Q5037973.
- Carbon_nanotube_actuators wasDerivedFrom Carbon_nanotube_actuators?oldid=704832737.
- Carbon_nanotube_actuators isPrimaryTopicOf Carbon_nanotube_actuators.