Chemical doping of graphene is the most robust way of modifying graphene's electronic
properties. We review here the results obtained so far on the electronic structure and …

Based on first-principles calculations, the effects of substitutional doping with transition-
metal (TM) atoms (Co, Ni, Ru, Rh, Pd, Ir, Pt and Au) were investigated on the electronic …

Recently, many breakthroughs have been made in graphene research, allowing scientists to
explore and understand the material world from a two‐dimensional (2D) perspective. The …

Directly incorporating heteroatoms into the hexagonal lattice of graphene during growth has
been widely used to tune its electrical properties with superior doping stability, uniformity …

Imprinting ferromagnetism to a graphene structure by substitution of carbon atoms with sulfur
is reported. S-doped graphene (4.2 at%) shows strong ferromagnetic properties with …

For the promotion of lithium–oxygen batteries available for practical applications, the
development of advanced cathode catalysts with low-cost, high activity, and stable structural …

Graphene‐based magnetic materials exhibit novel properties and promising applications in
the development of next‐generation spintronic devices. Modern synthesis techniques have …

The Li–O2 battery is recognized as one of the most promising energy storage devices for
next-generation automotive batteries due to its extremely high theoretical energy density …

Graphitic nitrogen-doped graphene is an excellent platform to study scattering processes of
massless Dirac Fermions by charged impurities, in which high mobility can be preserved …

Controlling the charge types of metal clusters on supports is of great importance in
designing a noble-metal-free catalyst. Here, we designed two different types of N-doped …