Electrically conductive material comprising carbon nanotubes...

H - Electricity – 01 – B

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Details

H01B 1/24 (2006.01) H01B 13/00 (2006.01) H01G 9/058 (2006.01) H01G 9/155 (2006.01) H01M 4/96 (2006.01) C01B 31/02 (2006.01)

Patent

CA 2477277

An object of the invention is to provide a carbon nanotube electrode which is suited to quantity production and advantageous in cost, and a process for producing the same. When carbon nanotubes on respective catalyst particles 12 on an endless belt 3 gradually fall down to a horizontal position while moving around a driven drum 2 after traveling from a CVD zone to a transfer zone with the movement of the belt, the carbon nanotubes 11 have their outer ends pressed against a conductive film 8. The conductive film 8 is sent out from a film feeder 9 downward and heated by a heater 10 to a temperature not lower than the softening temperature of the film to below the melting temperature thereof. The carbon nanotubes 11 are transferred from the catalyst particles 12 to the conductive film 8 substantially perpendicular to the film surface by being pressed against the conductive film 8 in this way.

L'invention concerne une électrode à nanotube de carbone adaptée à la production de masse et rentable. L'invention concerne également son procédé de fabrication. Lorsque le nanotube (11) de carbone de particules (12) de catalyse placées sur une bande sans fin (3) passe d'une zone de dépôt chimique en phase vapeur à une zone de transfert grâce au mouvement de la bande, et s'affaisse progressivement horizontalement tandis que le tube tourne autour de la partie extérieure d'un cylindre (2) à commande, le nanotube (11) de carbone est comprimé contre un film conducteur (8) par une de ses extrémités. Le film conducteur (8) est alimenté vers le bas à partir d'un dispositif (9) d'alimentation de film, et réchauffé par un élément chauffant (10) à une température non inférieure au point de ramollissement et non supérieure au point de fusion. La compression du nanotube (11) de carbone contre le film conducteur (8) permet de transférer le nanotube (11) de carbone des particules (12) de catalyse à une surface du film conducteur (8) de manière sensiblement perpendiculaire.

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