Superlubricity transition
Atomistic Tribology

Switching from frictional to superlubricity regime

11.04.2018 tribonet 154 Views
Studying particles sliding over a 2D potential lattice, researchers have observed a phase transition between a frictional regime and a frictionless, “superlubric” regime. Superlubricity—a regime in which the static friction between two surfaces vanishes—could improve […]
graphene lubricant
Atomistic Tribology

Near zero friction from nanoscale lubricants

23.02.2018 tribonet 92 Views
Visualized model of a superlubricity (low-friction) system: gold = nanodiamond particles; red = graphene nanoscroll; green = underlying graphene on silica; black = diamond-like carbon surface. Credit: Image courtesy of Argonne National Laboratory The Science […]
Graphene-Nanosheet
Atomistic Tribology

Controlling friction of graphene

02.02.2017 Aydar Akchurin 550 Views
Graphene, a wonder just one atom thick material, shows incredible wear-resistance and super low friction levels. This behavior is ascribed to its low inter-layer shear properties and high normal load carrying capabilities. However, in many […]
graphene-friction-anisotropy-featured
Atomistic Tribology

Switchable Friction on Graphene

15.08.2016 Aydar Akchurin 134 Views
Graphene is a unique material in many aspects and has recently been applied in various ways. In tribology, it has been shown to lead to a superlubricity – an ultra low friction state. In laboratory […]