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High gravimetric and volumetric sodium storage in a functionalized coal-based microcrystal/CNT binder-free electrode.

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Abundant oxygen functional groups in coal-based microcrystals, especially for carboxylic anhydrides and quinone groups with two Na+ storage sites, provide plentiful active sites to adsorb Na+. The carboxyl groups serve… Click to show full abstract

Abundant oxygen functional groups in coal-based microcrystals, especially for carboxylic anhydrides and quinone groups with two Na+ storage sites, provide plentiful active sites to adsorb Na+. The carboxyl groups serve as the binder connecting active material with a current collector. High gravimetric and volumetric sodium storage was achieved in this binder-free electrode.

Keywords: storage; high gravimetric; gravimetric volumetric; coal based; sodium storage; volumetric sodium

Journal Title: Chemical communications
Year Published: 2019

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