Lithium Including Mixed Sodium Inside Graphene Oxide (GO) as Anodic Electrodes for ion Batteries

Abstract

Graphene oxide has a great potential as a suitable material for anodic sodium ion battery (NIBs) due to its unique behavior. The calculated reversible of lithium ion capacity of GO/ Li & Na / GO based anodic materials are widely improved comparing to the conventional graphite-based anodic materials. By this investigation GO sheets have been localized into the graphene as an item for enhancing electrochemical & Physical ratio. Moreover, the structure of GO/Li& Na/GO can be used for improving the capacities and electronics transport in the GO sheets-based NIBs. Therefore, these modifications of GO sheet and designing of GO/Li & Na/GO structures provide a strategy for increasing the performance of GO-based anode. GO/Li & Na/GO could also be accomplished into the free-standing anodes without any of binders or current's collectors, which will leads to increased energies densities of overall battery's designing.