… In addition, the heteroatom effects of carbon modifiers on anode performance and the … -derived
carbons with different heteroatom dopants form continuous conductive networks and …

… materials have a good carbon network and their porous structure improves the electrolyte
immersion of LiFePO 4 /C powders and shortens the diffusion distance for lithium ions. …

… Many strategies have been developed to improve the Li-ion storage performance of silicon
(… gelatin enable it to form continuous carbon networks with enhanced dual-interfacial bonding …

… significant utilization in commercial lithium-ion batteries (LIBs) … In this study, we introduce
a gelatin-derived carbon network into … carbon network effectively facilitates electron and Li + …

… Interestingly, D 14 carbon is … 14 carbon is a possible anode material in lithium-ion batteries:
it is found that the energy barrier along the two inequivalent migration paths in D 14 carbon is …

… N-doped carbon networks composed with ultrathin carbon … the N-doped carbon nanosheet
networks were adjusted by … ultrathin N-doped carbon nanosheet networks was also proposed. …

… A novel three-dimensional (3D) highly conductive carbon nano-network is fabricated.The
3D carbon nano-network enhances both Li ion and electron transport in electrodes.Large areal …

… We report a nanoporous hybridized carbon network (HCN) … network structure could
increase mechanical robustness and effectively avoid the entangling issue in single-wall carbon …

… doped carbon sheets wrapped MnO cubes with average size of 150 nm in 3D carbon networks
… The unique and novel nanostructure not only provides holes to promote fast ion transport …

… , we couple Nb 2 O 5 nanorods with a multicomponent carbon network (Nb 2 O 5 @C) …
carbon network is constructed by 0D polypyrrole-derived (Ppy) carbon nanoparticles, 1D carbon …