Solid-electrolyte interphases enable efficient Li-mediated ammonia electrosynthesis
The function and composition of solid-electrolyte interphases in lithium-mediated ammonia
electrosynthesis are important yet largely unknown. Recently in Joule and Nature,
Chorkendorff, Simonov, and their colleagues demonstrated that engineering the solid-
electrolyte interphases is essential to boosting ammonia electrosynthesis up to a record-
high rate and current efficiency.
electrosynthesis are important yet largely unknown. Recently in Joule and Nature,
Chorkendorff, Simonov, and their colleagues demonstrated that engineering the solid-
electrolyte interphases is essential to boosting ammonia electrosynthesis up to a record-
high rate and current efficiency.
The function and composition of solid-electrolyte interphases in lithium-mediated ammonia electrosynthesis are important yet largely unknown. Recently in Joule and Nature, Chorkendorff, Simonov, and their colleagues demonstrated that engineering the solid-electrolyte interphases is essential to boosting ammonia electrosynthesis up to a record-high rate and current efficiency.
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