Lien vers la version éditeur: http://dx.doi.org/10.1051/epjconf/20122900042In this work we present the technique of magnetron vapor deposition and the effect of several deposition parameters on the structural and morphological properties of prepared thin films. It was noted that the deposition time has an effect on the crystallinity, mechanical properties such as residual stress, roughness surface and the layer composition from target products. Studies were carried out on layers of vanadium (V) and the nitride vanadium (VN)
As a part of a group project a magnetron deposition system was designed, constructed and commissione...
International audienceThis work aims to show the characterisation of Cr–V–N coatings, with the varie...
AbstractVanadium nitride coatings were deposited via magnetron reactive sputtering system with varyi...
In this work we present the technique of magnetron vapor deposition and the effect of several deposi...
We investigated the effect of film thickness on the structure and properties of VN coatings deposite...
The aim of this paper is evaluation of properties of samples with The ternary nitride (Mo,Zr)N thin ...
This work aims to show the characterisation of Cr–V–N coatings, with the varied amounts of Cr and V....
Thin metal nitride films deposited by Physical Vapor Deposition (PVD) are used amongst many other ap...
Our study of the MoVN ternary thin films has the objective of improving certain tribological and mec...
The paper follows the corrosion behaviour of X10CrNi 18-8 stainless steel thin films coated by PVD m...
The experimental researches carried out in this paper aimed at obtaining thin films of stainless ste...
The experimental research carried out in this paper aims at obtaining thin films of TiO2 and TiN and...
A study and comparison of two commercially available and competitive physical vapour deposition tech...
As surface engineering develops, the methods of applying coatings and the materials used have improv...
Vanadium nitride (VN) coatings were deposited via reactive DC magnetron sputtering technique on a ho...
As a part of a group project a magnetron deposition system was designed, constructed and commissione...
International audienceThis work aims to show the characterisation of Cr–V–N coatings, with the varie...
AbstractVanadium nitride coatings were deposited via magnetron reactive sputtering system with varyi...
In this work we present the technique of magnetron vapor deposition and the effect of several deposi...
We investigated the effect of film thickness on the structure and properties of VN coatings deposite...
The aim of this paper is evaluation of properties of samples with The ternary nitride (Mo,Zr)N thin ...
This work aims to show the characterisation of Cr–V–N coatings, with the varied amounts of Cr and V....
Thin metal nitride films deposited by Physical Vapor Deposition (PVD) are used amongst many other ap...
Our study of the MoVN ternary thin films has the objective of improving certain tribological and mec...
The paper follows the corrosion behaviour of X10CrNi 18-8 stainless steel thin films coated by PVD m...
The experimental researches carried out in this paper aimed at obtaining thin films of stainless ste...
The experimental research carried out in this paper aims at obtaining thin films of TiO2 and TiN and...
A study and comparison of two commercially available and competitive physical vapour deposition tech...
As surface engineering develops, the methods of applying coatings and the materials used have improv...
Vanadium nitride (VN) coatings were deposited via reactive DC magnetron sputtering technique on a ho...
As a part of a group project a magnetron deposition system was designed, constructed and commissione...
International audienceThis work aims to show the characterisation of Cr–V–N coatings, with the varie...
AbstractVanadium nitride coatings were deposited via magnetron reactive sputtering system with varyi...