Formation of titanium interlayer by vacuum arc deposition to increase the durability of titanium nitride coatings under thermal cycling conditions

Abstract

It is found that the formation of a titanium interlayer between a zirconium alloy doped with niobium (Zr–1% Nb) and a magnetron-sputtered titanium nitride coating by means of cathodic vacuum arc increases the adhesion strength of titanium nitride. Titanium nitride coatings have a NaCl-type cubic lattice and are mainly oriented parallel to the (100) plane. Upon thermal cycling in the temperature range of 20–800°C, the structure of the titanium interlayer transforms from α phase to β phase. Ti–TiN coatings are stable upon thermal cycling in the temperature range of 20–800°C. The deposition of a titanium interlayer does not increase the hydrogen permeability of titanium nitride.

Original language	English
Pages (from-to)	1277-1280
Number of pages	4
Journal	Journal of Surface Investigation
Volume	9
Issue number	6
DOIs	https://doi.org/10.1134/S1027451015060300
Publication status	Published - 1 Nov 2015

Keywords

hydrogen permeability
magnetron sputtering
rate of absorption
thermal cycling
titanium nitride
vacuum arc deposition

ASJC Scopus subject areas

Surfaces, Coatings and Films

Access to Document

10.1134/S1027451015060300

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Formation of titanium interlayer by vacuum arc deposition to increase the durability of titanium nitride coatings under thermal cycling conditions. / Kashkarov, Egor Borisovich ; Nikitenkov, Nukolay Nikolaevich ; Syrtanov, Maxim Sergeevich ; Tyurin, Yu I.; Le, Zhang.

In: Journal of Surface Investigation, Vol. 9, No. 6, 01.11.2015, p. 1277-1280.

Research output: Contribution to journal › Article › peer-review

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abstract = "It is found that the formation of a titanium interlayer between a zirconium alloy doped with niobium (Zr–1% Nb) and a magnetron-sputtered titanium nitride coating by means of cathodic vacuum arc increases the adhesion strength of titanium nitride. Titanium nitride coatings have a NaCl-type cubic lattice and are mainly oriented parallel to the (100) plane. Upon thermal cycling in the temperature range of 20–800°C, the structure of the titanium interlayer transforms from α phase to β phase. Ti–TiN coatings are stable upon thermal cycling in the temperature range of 20–800°C. The deposition of a titanium interlayer does not increase the hydrogen permeability of titanium nitride.",

keywords = "hydrogen permeability, magnetron sputtering, rate of absorption, thermal cycling, titanium nitride, vacuum arc deposition",

author = "Kashkarov, {Egor Borisovich} and Nikitenkov, {Nukolay Nikolaevich} and Syrtanov, {Maxim Sergeevich} and Tyurin, {Yu I.} and Zhang Le",

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T1 - Formation of titanium interlayer by vacuum arc deposition to increase the durability of titanium nitride coatings under thermal cycling conditions

AU - Kashkarov, Egor Borisovich

AU - Nikitenkov, Nukolay Nikolaevich

AU - Syrtanov, Maxim Sergeevich

AU - Tyurin, Yu I.

AU - Le, Zhang

PY - 2015/11/1

Y1 - 2015/11/1

N2 - It is found that the formation of a titanium interlayer between a zirconium alloy doped with niobium (Zr–1% Nb) and a magnetron-sputtered titanium nitride coating by means of cathodic vacuum arc increases the adhesion strength of titanium nitride. Titanium nitride coatings have a NaCl-type cubic lattice and are mainly oriented parallel to the (100) plane. Upon thermal cycling in the temperature range of 20–800°C, the structure of the titanium interlayer transforms from α phase to β phase. Ti–TiN coatings are stable upon thermal cycling in the temperature range of 20–800°C. The deposition of a titanium interlayer does not increase the hydrogen permeability of titanium nitride.

AB - It is found that the formation of a titanium interlayer between a zirconium alloy doped with niobium (Zr–1% Nb) and a magnetron-sputtered titanium nitride coating by means of cathodic vacuum arc increases the adhesion strength of titanium nitride. Titanium nitride coatings have a NaCl-type cubic lattice and are mainly oriented parallel to the (100) plane. Upon thermal cycling in the temperature range of 20–800°C, the structure of the titanium interlayer transforms from α phase to β phase. Ti–TiN coatings are stable upon thermal cycling in the temperature range of 20–800°C. The deposition of a titanium interlayer does not increase the hydrogen permeability of titanium nitride.

KW - hydrogen permeability

KW - magnetron sputtering

KW - rate of absorption

KW - thermal cycling

KW - titanium nitride

KW - vacuum arc deposition

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