Simple construction of ruthenium single atoms on electrospun nanofibers for superior alkaline hydrogen evolution: A dynamic transformation from clusters to single atoms
Chemical Engineering Journal(2020)
Abstract
•Ru SAs were in situ synthesized by the dynamic transformation from clusters.•The formation of Ru–N–C bonds plays an important role for anchoring the Ru SAs.•The transformation can be controlled by the treatment time and temperatures.•Ru SAs exhibit superior HER activity with overpotential of 34 mV (20 mA cm−2).
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Key words
Chemical engineering,Metal single atoms,Electrospinning,Hydrogen evolution reaction,Materials chemistry
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