Assessment using X-ray microtomography shows improved electrode durability in zinc-air batteries, highlighting design solutions.
The scale-up of successful laboratory-scale zinc-air battery (ZAB) components is a stumbling block towards commercialization of this sustainable, cheap and safe technology. In this work, we consider electrode nanofabrication solutions that have been proved capable of overcoming durability criticalities at laboratory scale, but can miss their goal upon increasing electrode dimensions, owing to hard-to-discern electrode architecture issues. This contribution shows how X-ray computed microtomography can drive R&D of battery components.
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Bozzini et al. (2025) studied this question.
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