Structural superlubricity refers to the lubrication state in which the friction between two
crystalline surfaces in incommensurate contact is nearly zero; this has become an important …

The moiré superlattice, arising from the interface of mismatched single crystals, intricately
regulates the physical and mechanical properties of materials, giving rise to phenomena …

First-principles computations are performed to study the phenomenon of structural
superlubricity (SSL) relative to self-mismatched heterojunctions, rotating-mismatched …

The characteristics of graphene's surface morphology and frictional behavior can be
significantly impacted by the underlying substrate material, particularly in the domain of …

Low ionic concentrations and the chemical stability of the ions involved to water are
considered necessary for hydrated ionic solution lubricants. Herein, an ultra-high …

The ultralow friction properties of 2D materials present significant potential for energy‐
saving application. Atomic force microscopy experiments on the moiré superlattice of …

Graphene on a stainless steel substrate will appear as localized bulges, and these bulges
will lead to large fluctuations in friction force, which is the key to influencing the lubrication …

Interlayer incommensurateness slippage is an excellent pathway to realize superlubricity of
van der Waals materials; however, it is instable and heavily depends on twisted angle and …

Atomistic simulations of the frictional properties of 2D materials: a review Page 1 Journal of
Physics D: Applied Physics ACCEPTED MANUSCRIPT Atomistic simulations of the frictional …

The frictional responses of graphene and boron nitride lubricants is studied from the
perspective of the potential energy evolution. At a low normal load regime and high interface …