The phrase "abundant edge" is not a standard expression in written English and may not be widely recognized.
It could be used in contexts discussing advantages or benefits that are plentiful or significant, but clarity may be lacking without additional context.
Example: "The new technology provides an abundant edge over competitors in terms of efficiency and cost-effectiveness."
Alternatives: "significant advantage" or "ample benefit".
The resultant NPCN catalysts possess unique 3D networks-like porous architecture, large specific surface area (743 m2 g−1) and abundant edge defects.
For herringbone CNTs (h-CNTs), carboxyl groups are mostly linked to its sidewalls, where abundant edge carbons were exposed, providing an enhanced CWAO activity.
In this study, we presented a rational designed Fe, N-doped graphene nanoribbon/carbon nanotube composite (FeN-uCNT) based on partial longitudinally unzipped MWCNTs with abundant edge defects as a highly active catalyst for ORR.
Thus, highly graphitic GQD with abundant edge functional groups produced from pyrene exhibited an extraordinary high antioxidant activity, with inhibition effective concentrations much lower than those of ascorbic acid.
It is worth note that a large surface area often means abundant edge plane sites, and it is mainly in favor of the enhancement of the current response, while the proportion of the active area such as the edge-planes in total surface area to a large extent determines the electrocatalytic activity.
The spectroscopic results demonstrate that there are abundant edges, defects, and functional groups existing on the CNFs, which affect their reactive, electronic, and electrochemical properties.
The superior performance of N-HBCNFs was attributed to their enlarged graphitic lattice spacings and abundant edges on the surface, which afforded more active sites for both Li ion storage and oxygen reduction reaction.
The excellent electrocatalytic performance is attributed to the synergistic effect of abundant edges and doping sites, high electrical conductivity, large active surface areas and fast charge transfer; which renders lanthanide-based graphene hybrids as potentially great candidate for energy conversion systems.
An inherent difficulty is that the strategy of searching for dense clusters becomes problematic: fully dense (ie. cliques) size-2 and size-3 clusters correspond to edges and triangles respectively, and only a few among the abundant edges and triangles of the PPI network represent actual small complexes.
In fact, in some micron powders, crystal basal planes are the most abundant, while edge and/or corner sites prevail in a nanoscopic crystal system [2].
To generate abundant active edge sites on graphene-based electrocatalysts for superior electrocatalytic activity, rather than at their basal plane, has been a challenge.
