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The battery shape is a critical limiting factor affecting foreseeable energy storage applications. In particular, deformable metal–air battery systems can offer low cost, low flammability, and high capacity, but the fabrication of such metal–air batteries remains challenging. Here, it is shown that a shape‐reconfigurable‐material approach, in which the deformable components composed of micro‐ and...
In article number 1702244, Jooho Moon, Wooyoung Shim, and co‐workers report a shape‐reconfigurable battery that can polymorph while preserving its electrochemical functionality. The flexible and foldable aluminum–air cell composed of an aluminum foil and a carbon composite, combined with the concept of shape‐reconfigurable materials, provides a new approach for realizing highly deformable aluminum–air...
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