Graphene oxide was 3D entrapped in nickel-based nanoparticles via the molecularly doped metal approach and the resulting nanostructured material applied as electrocatalyst in both hydrogen and oxygen evolution reactions at room temperature. This establishes a completely new class of catalytic materials, dubbed herein “NiGraf”, which is highly promising towards enhanced alkaline water electrolysis.
NiGraf: a new nickel-based molecularly doped metal for enhanced water electrolysis
Pagliaro, Mario;Pagliaro, Maria V.;Caliandro, Rocco;Giannini, Cinzia;Ciriminna, Rosaria;Lavacchi, Alessandro
2024
Abstract
Graphene oxide was 3D entrapped in nickel-based nanoparticles via the molecularly doped metal approach and the resulting nanostructured material applied as electrocatalyst in both hydrogen and oxygen evolution reactions at room temperature. This establishes a completely new class of catalytic materials, dubbed herein “NiGraf”, which is highly promising towards enhanced alkaline water electrolysis.File in questo prodotto:
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