Surface analysis of electrochemically stripped CrN coatings
A Conde, AB Cristóbal, G Fuentes, T Tate… - Surface and Coatings …, 2006 - Elsevier
CrN multilayer coatings are possible replacements for hard chromium because of their good
mechanical and chemical properties. This paper focuses on X-ray photoelectron
spectroscopy (XPS) to study the mechanism of electrochemical stripping of multilayered Cr–
N based coatings. The samples were produced by electron beam (e-beam) physical vapour
deposition (PVD), on mirror polished M2 steel. Multilayers constituted three separate layers
of CrN with intermediate interlayers of Cr (0.1 μm). The total coating thickness was in the …
mechanical and chemical properties. This paper focuses on X-ray photoelectron
spectroscopy (XPS) to study the mechanism of electrochemical stripping of multilayered Cr–
N based coatings. The samples were produced by electron beam (e-beam) physical vapour
deposition (PVD), on mirror polished M2 steel. Multilayers constituted three separate layers
of CrN with intermediate interlayers of Cr (0.1 μm). The total coating thickness was in the …
Surface analysis of electrochemically stripped CrN coatings
A Conde del Campo, AB Cristóbal López, GG Fuentes… - 2006 - digital.csic.es
CrN multilayer coatings are possible replacements for hard chromium because of their good
mechanical and chemical properties. This paper focuses on X-ray photoelectron
spectroscopy (XPS) to study the mechanism of electrochemical stripping of multilayered Cr-
N based coatings. The samples were produced by electron beam (e-beam) physical vapour
deposition (PVD), on mirror polished M2 steel. Multilayers constituted three separate layers
of CrN with intermediate interlayers of Cr (0.1 μm). The total coating thickness was in the …
mechanical and chemical properties. This paper focuses on X-ray photoelectron
spectroscopy (XPS) to study the mechanism of electrochemical stripping of multilayered Cr-
N based coatings. The samples were produced by electron beam (e-beam) physical vapour
deposition (PVD), on mirror polished M2 steel. Multilayers constituted three separate layers
of CrN with intermediate interlayers of Cr (0.1 μm). The total coating thickness was in the …
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