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Metal-Free C3N4 with plentiful nitrogen vacancy and increased specific surface area for electrocatalytic nitrogen reduction

Journal of Energy Chemistry(2021)

Cited 61|Views3
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Abstract
2D C3N4-NV not only has a large specific surface area, but also has an abundant N-vacancy, which is conducive to capturing and activating N2, thus improving its catalytic performance for NRR.
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Key words
2D C3N4-NV,Larger specific surface area,Nitrogen vacancy,Electrocatalyst,NRR
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