Atomic Ru-Pt dual sites boost the mass activity and cycle life of alkaline hydrogen evolution.

Published in: Chemical communications (Cambridge, England) (2024)

The development of highly efficient and ultrastable electrocatalysts for hydrogen generation from water/real seawater faces huge challenges. Herein, porous carbon-supported amorphous RuPt nanoclusters (Ru 5.67 Pt/PC) achieve mass activities of 42.28/10.93 A mg Pt -1 and ultralong cycling stability in alkaline water/seawater because of the unique cluster structure and atomic Ru-Pt dual sites.

Keyphrases

highly efficient
energy transfer
molecularly imprinted
anaerobic digestion
sensitive detection
quantum dots
mass spectrometry
tandem mass spectrometry
liquid chromatography