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    ISSN : 2328-9791
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Graphite electrode as a versatile ion intercalation host for energy storage
     
 
Haegyeom Kim, PhD
Lawrence Berkeley National Laboratory
Materials Sciences Division, LBNL, Berkeley, CA 94720, USA.
haegyumkim@lbl.gov

Graphite is actively investigated as an electrode material for rechargeable batteries because of its capability of intercalating versatile ion species combined with its low production cost and non-toxicity. This mini review will provide an overview of recent achievements as well as an outlook for graphite electrode of rechargeable batteries (i.e. Li-, Na-, K-, and Al-ion batteries), focusing on the energy storage properties of graphite electrode in various battery systems and its underlying intercalation mechanism. This mini review will provide insights into designing low-cost graphite-based energy storage systems.  

 
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