"Bio-inspired self-breathable structure driven by the volumetric effect: an unusual driving force of metal sulfide for high alkaline ion storage capability"

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Bio-inspired self-breathable structure driven by the volumetric effect: an unusual driving force of metal sulfide for high alkaline ion storage capability

An aurilave-like N–C@metal sulfide with self-breathable features and superior lithium storage capabilities is introduced using spores as the bio-template. Click to show full abstract

An aurilave-like N–C@metal sulfide with self-breathable features and superior lithium storage capabilities is introduced using spores as the bio-template.

Keywords: self breathable; bio inspired; storage; metal sulfide; inspired self

Journal Title: Journal of Materials Chemistry A
Year Published: 2019

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