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Hydrated interphase with dynamic negative microregions enables ultrastable
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Hydrated interphase with dynamic negative microregions enables ultrastable
A new strategy for protecting zinc metal in aqueous zinc-ion batteries could address one of the most persistent obstacles facing low-cost, large-scale energy storage: the unstable behavior of the zinc anode. Researchers at Hubei University have developed a hydrated network interphase that forms directly on zinc during battery operation, creating a dynamic protective layer designed […]
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