Outstanding catalytic performance was achieved for hydrogen evolution using Ni 5 Ru@N-C.
The alloy nanoparticles synthesized demonstrated exceptional efficiency compared to prior methods, emphasizing the benefit of dual-phase structures.
Assessment utilizing nickel-ruthenium alloy nanoparticles anchored on N-doped carbon nanosheets highlights their advanced characteristics in energy applications.
This research points to novel strategies for developing efficient catalysts in hydrogen production using nanomaterials.
Abstract
The Ni 5 Ru@N-C with dual-phase fcc/hcp NiRu alloy was synthesized via an iminodiacetonitrile-assisted strategy, delivering outstanding catalytic performance for alkaline hydrogen evolution.