Abstract

The article investigates the process of obtaining the properties of thin films of layered materials, applied vacuum ion-plasma deposition methods. A study of the tribological properties was performed electron diffraction and electron microscopy studies of the structure. It was found a positive effect of the deposition of wear-resistant sublayer and alloying of the antifriction layer, which led to a considerable increase endurance and appearance of ultra-low (super-low) friction. The generalized model of crystal growth mechanism and ultra-low friction, which is based on the possibility of mass transfer non-dissipative (energy) in the absence of resistance forces during the move. Also found that the ultra-low (super-low) friction, superconductivity and superfluidity are related phenomena defined by the phase transition of the energy distribution of particles through a critical value (energy potential barrier). Energetically favorable arrangement of the particles in the crystal lattice of the lattice for the realization of the non-dissipative movement with the disappearance of forces of resistance are the Van der Waals areas, which is followed by predicting the implementation of the investigated phenomena.

This work is licensed under a Creative Commons Attribution 4.0 License.