… ”, based on the detailed role of dopant in the catalyst system. … the catalytic activity of the
dopant-induced-catalyst system and toward rational designing rule for high performance catalysts…

… as a substitutional or interstitial dopant, constructing a 'metal-… and higher than that of Ni 0 in
nickel foil (853.5 eV), indicating … a single Ni atom anchored to nanoporous graphene, and the …

… offers excellent energy efficiency and long cycling stability, … design of high-performance single
atom catalysts for critical … SNR), due to the low doping concentration of nickel, and the EDS …

… Although the Fe-containing vacancies were thermodynamically stable, the dopant coordination
… Nanoporous nickel was employed as the substrate for the deposition of graphene sheets …

… -Ni templates caused by the fast nickel surface diffusion (10 –5 –… 3D np-graphene to anchor
more N or metal single atoms/clusters … a 12-component ultrahigh-entropy nanoporous alloy (…

… For instance, single nickel (Ni) atom catalysts on graphene … Nanoporous metallic Ni prepared
by dealloying Ni 30 Mn 70 … , the introduction of dopants on graphene was developed to …

… Single atom and nanopores revealed by electron microscopy … was prepared by mixing 3
mL 0.1 mol L −1 nickel nitrate in … Most N dopants adjacent to the Ni single atoms were found …

… , we used single atom form Ni and anchored them on vacancies in nitrogen-doped graphene
(Ni-… to form nitrogen doped graphene (NG) and the nitrogen dopants were incorporated into …

… efficient route to design metal single atom/cluster doped 3D freestanding nanoporous graphene
… effects of Mo doping, N doping, and nanoholes/edges on the catalytic performance, we …

… to the coupling strength between the graphene layer and metal substrate, as well as the
charge redistribution in the graphene sheet, which originates from the metal dopants in …