Water lubrication is indispensable for industrial domains, meaning that the tribological
behaviors of water are essential for practical applications and should be improved. Herein, a …

Herein, ionic liquid-functionalized covalent organic frameworks (COFs) were prepared via
mechanochemical reaction. The rich-aldehyde terminated COFs (LZU1) was firstly …

The dispersion stability of nano‐lubricating additives is crucial for the shelf life of lubricant
and its practical applications. Nitrogen–sulfur co‐doped carbon dots (N, S@ CDs) via a one …

Herein, the novel core–shell organo-inorganic hybrid carbon nanospheres with
encapsulated ultrafine bimetal nanocrystals were successfully prepared by a one-pot …

Fluorinated graphene (FG) has been an excellent lubricant additive due to its wider layer
spacing and weaker interlayer forces, and FG with different fluorine content can exhibit …

Owing to the green, high-performance, and application-specific work conditions, water-
based lubricating systems show unlimited potential for chemical engineering development …

The tribochemical reactions generated at the relative motion interface are considered to
have a positive or negative effect on the performance when lubricating materials are in use …

Polymer nanocomposites exhibiting remarkable mechanical properties are a focus of
research for decades in structural applications. However, their practical application faces …

Superlubricity technology is one of the fastest growing fields of tribology in recent years
because it can fundamentally reduce friction and wear. However, the current challenges for …

The laser cladding technique fabricates the FeCrMnVSi x high entropy alloy (HEA) coatings
on 410 alloy substrates. Tribological tests reveal that the coefficient of friction (COF) of the …