The rapid development of the Internet of Things increases the demand for wearable devices.
Compared with traditional chemical batteries, flexible thermoelectric technology contributes …

Mo-Se-N films were prepared by pulsed direct current (DC) High Target Utilisation
Sputtering (HiTUS) in reactive Ar+ N 2 atmosphere. Here, the effect of nitrogen doping was …

MoS2 is the most widely used dry lubricant for low friction applications in vacuum
environments. However, due to its lamellar nature it exfoliates during sliding, leading to high …

Molybdenum disulphide (MoS 2) is well known for the exceptional tribological properties in
inert and high vacuum environments. On the other hand, these properties rapidly degrade in …

Alloyed-transition metal dichalcogenide coatings are potential industrial dry lubricants for
sliding in diverse environments. It is well established that these solid lubricant coatings show …

This study is aimed towards a better understanding of the tribological performance of the
optimized Mo-Se-C dry lubricant coatings. The coatings are deposited with a lower carbon …

In this work, we doped sputtered MoSe 2 coatings with Ti to improve their mechanical and
tribological properties. Mo-Se-Ti coatings were prepared onto steel discs by High Target …

Carbon alloyed transition metal dichalcogenide (TMD) coatings have attracted attention in
the field of tribology due to their ability to provide friction and wear reduction in diverse …

The development and production of thin-film coatings having very low friction is an urgent
problem of materials science. One of the most promising solutions is the fabrication of …

In order to extend the application range of solid lubricant MoSe 2, a two-step process was
adopted to prepare the MoSe 2 film. Namely, the MoSe x precursor layer was firstly …