| abstract |
An energy storage and collection device and a method for making such a device, which has higher electronic conductivity, maintains low internal resistance, and provides superior power density. A) at least two electrodes; b) carbon or mineral nanotubes exfoliated from the as-synthesized state, wherein said carbon attached to electroactive or photoactive nanoscale particles or layers; At least one electrode containing mineral nanotubes c) at least two current collectors each in contact with the electrode, or said electrodes also function as current collectors, and d) optionally, an energy storage comprising an insulator and Collection device and method of making such a device. [Selection figure] None |