… [42] and 3D ordered mesoporous carbon [43] by colloidal crystal … ordered porous structure,
the high density and high accessibility of active sites greatly improve the electrocatalytic …

… for producing nitrogen-doped mesoporous carbons consisting in the direct … electrocatalytic
performance. We believe that because their textural properties are similar, these active sites, …

… active sites firmly, enabling fast mass transport, and confining reaction fields. Recently,
nitrogen-doped ordered mesoporous carbons … across electrocatalysis and organic synthesis. …

… Moreover, the ordered mesoporous structure of the B, N-OMC … utilization of active sites during
the electrocatalytic process. This … dual element-doped carbon electrocatalyst for the ORR. …

… and offered critical discussions on the active sites of Fe-N/C electrocatalysts. However, these
… During the construction of macropores in Fe-N/C electrocatalysts, the mesoporous carbon …

… -/mesoporous carbon (HMMC) materials have unique structural merits: mesopores provide
… for increasing the accessibility to the active sites and thereby have been extensively used in …

… In the present work, nitrogen-doped mesoporous carbon nanosheets (NMCNs… active sites
exposure, facilitating the transport of reactive species. Consequently, active sites in 2D carbon …

… In this work, we prepared a bifunctional electrocatalyst named NiCo 2 O 4 /CoN x –NMC (NMC
= nitrogen-doped mesoporous carbon) via a stepwise pyrolysis strategy. During the …

… N-doped carbon electrocatalysts with … mesoporous structure that keeps the active sites
dispersed avoiding their agglomeration, contrary to what happens with the Pt/C electrocatalyst. …

… accessibility of active site, which contributed to the electrocatalytic reaction process. …
Nitrogen-doped acts a pivotal part in the electrocatalytic activity, which had been studied by …