Physicochemically Interlocked Selenium for High Performing Aqueous Zinc–Selenium Batteries
Apurva Anjan,
Manmatha Mahato,
Kevin Bhimani
et al.
Abstract:A conversion‐chemistry‐based zinc–selenium aqueous battery is reported that delivers high specific capacity, good rate capability, and excellent cycle life. In this work, an electronically conjugated covalent triazine framework is used to physicochemically lock selenium (Se8) clusters. As a control sample, the traditional melt‐diffusion approach is used to physically lock Se8. While the melt‐diffused selenium cathode exhibited a precipitous drop in capacity with cycling, the physicochemically locked selenium c… Show more
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