"Atomically dispersed Ni induced by ultrahigh N-doped carbon enables st" by Keming Song, Jiefei Liu et al.
Building phase interface with enough solid-phase contact is of great importance for improving chemical reaction kinetics and depth. High dispersion of electrode materials, especially at the atomic-level, are known for high interface contact, yet their potential application in batteries is restricted due to low loading. Herein, the atomically dispersed metal Ni (Ni in Ni–N–C is 54.9 wt %) with high loading was achieved by ultrahigh N-doping carbon (N/N–C:29.5 wt %) during the discharging pr...
Atomic Level Ni Conversion Reaction Dft Calculations Igh Capacity Anode Nickel Sulfide Phase Interface
Source: uow.edu.au