“…An important problem in the formation of coatings by ion-plasma methods is the prediction of their composition, structure, and, consequently, their physical and mechanical properties. 12 In a number of published studies 12–15 it has been shown that all the deposition parameters seriously influence the coating structure and mechanical characteristics.…”
Cu addition to the coating has effects on crystallite and growth column size refinement in comparison with the TiAlN and TiAlCN analogues due to its segregation along crystalline boundaries, and thus, imparts better mechanical characteristics.
“…An important problem in the formation of coatings by ion-plasma methods is the prediction of their composition, structure, and, consequently, their physical and mechanical properties. 12 In a number of published studies 12–15 it has been shown that all the deposition parameters seriously influence the coating structure and mechanical characteristics.…”
Cu addition to the coating has effects on crystallite and growth column size refinement in comparison with the TiAlN and TiAlCN analogues due to its segregation along crystalline boundaries, and thus, imparts better mechanical characteristics.
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