Abstract
In this work, co-introduced Cu and sulfur vacancies cooperate to improve the NO3RR performance of pristine–SnS2. Cu-doped SnS2with abundant sulfur vacancies (Cu-SnS2−x) achieves a superior NH3yield of 0.63 mmol h−1mgcat−1and faradaic efficiency of 93.8% at −0.7 Vvs.RHE.
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