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Electrochemically molecular-imprinted catalysts enable high-energy-density Li-S batteries - EurekAlert
According to an article published in National Science Review, the researchers proposed an electrochemical molecular imprinting strategy, which created "tailor-made" Li2S molecular imprinting defects in metal sulfide catalyst. This catalyst promoted the Li2S dissociation and ensured the efficient and reversible utilization of sulfur under practical conditions. This work provides a solution for constructing high-energy lithium-sulfur batteries.
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