Redox active organic quinones are potentially low cost, sustainable, and high‐energy
pseudocapacitive materials due to their fast and reversible redox reactivity. However, their …

The electronic structure of g-C3N4/C2N-h2D nanoribbons was investigated by first-
principles calculations. As a splice structure, we first computed the three magnetic coupled …

We first constructed a new type of two-dimensional nanoribbon material by splicing a C2N-
h2D nanoribbon with a BN nanoribbon, which is called the C2N-h2D/BN nanoribbon. The …

Structure-and Adatom-Enriched Essential Properties of Graphene Nanoribbons offers a
systematic review of the feature-rich essential properties in emergent graphene …

Interaction between single noble metal atoms and graphene edges has been investigated
via aberration-corrected and monochromated transmission electron microscopy. A collective …

Two-dimensional graphene-like materials have numerous pores, large surface areas, and
other excellent properties. And two-dimensional graphene-like materials have great …

In this article, the importance of edge-passivation with transition metals (TM) in armchair
graphene nanoribbons (AGNRs) is described for interconnect applications. The electronic …

By employing the non-equilibrium Green's function method and the spin-polarized density
functional theory, we investigated the spin-resolved electronic transport properties of the …

To understand structural and chemical properties of metal–graphene composites, it is crucial
to unveil the chemical bonding along the interface. We provide direct experimental evidence …

The effects of edge covalent functionalization on the structural, electronic, and optical
properties of elongated armchair graphene nanoflakes (AGNFs) are analyzed in detail for a …