In modern aerospace, nuclear energy, electric power and other high-tech industries,
increasingly more requirements are put forward for the enhanced performance and …

Abstracts Ionic liquids (ILs)-solid interfacial phenomenon is undoubtedly one of the topic
issues in energy related fields, especially bringing great challenges in the development of …

Realizing macroscopic superlubricity in the presence of external electric fields (EEFs) at the
steel interfaces is still challenging. In this work, macroscopic superlubricity with a coefficient …

A superhydrophobic/superoleophilic cotton fabric composed of copper–graphite/styrene–
butadiene–styrene (Cu–G/SBS) nanocomposites on the cellulose fibers has been fabricated …

The design and development of self-lubricating materials can reduce friction and wear in
industrial activities to satisfy higher demands for environmental sustainability. Silica …

Cu-based friction materials have better tribological properties, high mechanical strength,
and excellent thermal conductivity; therefore, they are widely used as friction materials in …

Room-temperature ionic liquids (ILs) exhibit many attractive properties in proximity to solid
surfaces. Primarily, they form well-defined interfacial layers that are tunable—electrically and …

By simply switching the electrical circuit installed on steel/steel contact, the tribological
behaviors of nanofluids (NFs) can be regulated in real time, thereby achieving the desired …

In the presence of flooded imidazolium hexafluorophosphate (LP108), Ag-Cu/Ti film
prepared by multi-arc ion plating is well lubricated but severely corroded due to …

Wear behaviors of a peak-aged Cu-15Ni-8Sn alloy fabricated by powder metallurgy were
investigated. The results indicated that the friction coefficients and the wear rates of Cu-15Ni …