Influence of plasma-based ion implantation and deposition on the structure, internal stress and mechanical properties of nanocrystalline ZrN coatings

Effect of Incomplete Replacement of Cr for Cu in the Deposited Alloy of Fe–C–Cr–B–Ti Alloying System with a Medium Boron Content (0.5% wt.) on its Corrosion Resistance

“…Reinforcement of the parts working surfaces is carried out by friction [11] and ultrasonic impact treatment [12][13][14]. Chemical-thermal methods of hardening became widely used: sulfidation [15], boriding [16], ionic deposition [17][18][19][20], cementation [21] and eutectic coatings receiving [22]. Functional single-layer oxide coatings [23], double-layer [24][25][26], and multilayer oxide coatings [27], nanocomposite coatings with metal bond and diamond content [28], with non-metallic bond and diamond content [29], and nanooxides [30,31], as well as discrete coatings are used [32].…”

Non-Destructive Control of PVD Coating Surface Defects

“…Ion-plasma technologies with the formation of thin coatings on the working surfaces are relevant and promising in this direction. Zirconium nitride films are used as protective coatings in industry for hardening cutting tools [1] and bioinert layers in medicine (including implants) [2][3][4][5][6]. Nanostructured films of the Fe-ZrN system are used for highly sensitive magnetic field sensors and magnetic recording systems.…”