Modification of the surface layer of the system coating (TiCuN)/substrate (A7) by an intensive electron beam

doi:0.1088/1757-899X/81/1/012009

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Modification of the surface layer of the system coating (TiCuN)/substrate (A7) by an intensive electron beam	1 MB	Adobe Acrobat PDF	Read	Download
DOI Доступ к ресурсу на сайте издателя			0.1088/1757-899X/81/1/012009

#импульсные электронные пучки

#поверхностные слои

#износостойкие покрытия

#алюминий

#нитрид титана

Title: Modification of the surface layer of the system coating (TiCuN)/substrate (A7) by an intensive electron beam
Creator: Ivanov, Yuriy F.
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Petrikova, Elizaveta A.
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Ivanova, O. V.
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Ikonnikova, I. A.
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Shugurov, V. V.
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Krysina, O. V.
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Klopotov, Anatoly A.
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Potekaev, Aleksandr I.
Date: 2015
DOI: 0.1088/1757-899X/81/1/012009
Description: In order to study the conditions of modification of the surface layer of the system coating (TiCuN)/substrate (A7) an analysis of processes occurring in the surface layer of the system wear-resistant coating/substrate irradiated by an intensive pulsed electron beam at a submillisecond exposure time has been carried out on the example of aluminum and titanium nitride. Irradiation has been carried out under conditions ensuring melting and crystallization of the surface layer of the material by a nonequilibrium phase diagram. It has been experimentally established that irradiation of the system coating (TiCuN)/substrate (A7) by an intensive electron beam is accompanied by changes in the phase composition of the material. It is evident that nanostructuring of the aluminum layer adjacent to the coating, and formation in it of nitride phase particles will contribute to hardening of the surface layer of the material, creating a transition sublayer between a solid coating and a relatively soft volume. The carried out analysis shows that binary nitrides based on TiN1-x are most likely to form under nonequilibrium conditions, since the homogeneity range of this compound is rather large. On the other hand, formation of the ternary compound Ti3CuN, which can be formed after an arc plasma-assisted deposition of titanium nitride of the composition TiCuN and by the subsequent intensive pulsed electron beam exposure, cannot be excluded.