Superlubricity, a fantastic lubrication sate where friction or resistance to sliding nearly
vanishes, has become one of the most important approaches to combat friction-induced …

Graphene materials considered to be promising candidates for next-generation lubricants
has been explored and summarized extensively, owing to their atomic-level lamellar …

The graphene oxide nanoscrolls (GONS) is known to be a nano-morphology of graphene
oxide (GO) and belongs to the same class of carbon and related materials. It is a one …

Though amorphous carbon films are kinds of most distinguished lubricant materials, the
friction coefficients of commercial amorphous carbon films are in the range of 0.05–0.40. To …

Recently, transition metal dichalcogenides (TMDCs) nanoscrolls have exhibited unique
electronic and optical properties due to their spiral tubular structures, which are formed by …

Pressure-strain curves for Ni-graphene systems under hydrostatic tension at 0 K and
corresponding snapshots of composite at different strain. Ni atoms are shown by blue and C …

Onion-like carbon (OLC), spherical nanoparticles consisting of carbon shells, is capable of
providing exceptional lubrication effects. Nevertheless, the underlying mechanism …

Single-atom (SA) catalysts represent the ultimate limit of atom use efficiency for catalysis.
Promising experimental progress in synthesizing SA catalysts aside, the atomic-scale …

Recent studies have reported that adding nanoparticles to graphene enables macroscale
superlubricity to be achieved. This study focuses on the role of nanoparticles in achieving …

This study focuses on designing solid lubricant particles by combining graphene and iron
nanoparticles (namely, graphene-iron (GI) particles) and carrying out studies for behaviors …