Hybrid carbon nanotube and graphene nanostructures for lithium ion battery anodes
We report on an innovative approach to fabricate lithium ion battery anodes based on
optimized growth of hybrid carbon nanotube (CNT) and graphene nanostructures directly on
copper foil substrates by an ambient pressure chemical vapor deposition process.
Seamlessly connected graphene and CNT pillars provide a relatively strong active material-
current collector integrity, which facilitates charge transfer in the system. This innovative
architecture provides a binder-free technique for preparing electrodes for lithium ion …
optimized growth of hybrid carbon nanotube (CNT) and graphene nanostructures directly on
copper foil substrates by an ambient pressure chemical vapor deposition process.
Seamlessly connected graphene and CNT pillars provide a relatively strong active material-
current collector integrity, which facilitates charge transfer in the system. This innovative
architecture provides a binder-free technique for preparing electrodes for lithium ion …
Abstract
We report on an innovative approach to fabricate lithium ion battery anodes based on optimized growth of hybrid carbon nanotube (CNT) and graphene nanostructures directly on copper foil substrates by an ambient pressure chemical vapor deposition process. Seamlessly connected graphene and CNT pillars provide a relatively strong active material-current collector integrity, which facilitates charge transfer in the system. This innovative architecture provides a binder-free technique for preparing electrodes for lithium ion batteries.
Elsevier
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