Table of Contents
C, Volume 3, Issue 1 (March 2017)
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Cover Story (view full-size image) Dual-intercalation batteries rely on graphite for both cathode and anode materials. Under applied [...] Read more. Dual-intercalation batteries rely on graphite for both cathode and anode materials. Under applied potentials, this all-carbon energy storage system intercalates both cations and anions into the respective graphitic structures during charging. The unique nature of this process allows these batteries to operate under higher voltages than conventional lithium-chemistry cells. Our research has tailored the individual surface functionalities of each electrode to maximize these batteries’ efficiencies, energy densities, and operating cycle lives. This inexpensive and environmentally sustainable solution allows a new, graphite-centered approach to battery design. View this paper