US Patent 7442284 - Polymer coated nanotube electrodes for rechargeable batteries
http://www.freepatentsonline.com/7442284.html
This patent from Boston College teaches fabricating a carbon nanotube substrate uniformly coated with conductive polymer material providing a high efficiency electrode for rechargeable batteries. Claim 1 reads:
1. An electrical energy storage device comprising:
a conductive carbon nanotube electrode material having a carbon nanotube substrate with a plurality of longitudinally aligned carbon nanotubules in a three-dimensional array; and
at least one electrically conducting organic or organo-metallic polymer surface coating on a surface of the plurality of nanotubules establishing electrical continuity by producing contact throughout the three-dimensional array and cohesively holding together the plurality of nanotubules in the three-dimensional array, wherein a charge-discharge rate for the carbon nanotube electrode material remains substantially independent of a film formation charge of the electrically conducting surface coating.
This patent from Boston College teaches fabricating a carbon nanotube substrate uniformly coated with conductive polymer material providing a high efficiency electrode for rechargeable batteries. Claim 1 reads:
1. An electrical energy storage device comprising:
a conductive carbon nanotube electrode material having a carbon nanotube substrate with a plurality of longitudinally aligned carbon nanotubules in a three-dimensional array; and
at least one electrically conducting organic or organo-metallic polymer surface coating on a surface of the plurality of nanotubules establishing electrical continuity by producing contact throughout the three-dimensional array and cohesively holding together the plurality of nanotubules in the three-dimensional array, wherein a charge-discharge rate for the carbon nanotube electrode material remains substantially independent of a film formation charge of the electrically conducting surface coating.
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