Application Of Barrier Layers In The Process Of Obtaining Nanostructured Electrospark Coatings Of Increased Thickness On Aluminum Alloys

Name: Application Of Barrier Layers In The Process Of Obtaining Nanostructured Electrospark Coatings Of Increased Thickness On Aluminum Alloys
Keywords: aluminum alloys, barrier layer, nanostructured coating of increased thickness, electrospark alloying

Yurchenko, V. I.; Yurchenko, E. V.; Dikusar, A. I.

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ZENODO

Article . 2018

License: CC BY

Data sources: Datacite

ZENODO

Article . 2018

License: CC BY

Data sources: Datacite

Application Of Barrier Layers In The Process Of Obtaining Nanostructured Electrospark Coatings Of Increased Thickness On Aluminum Alloys

descriptionPublicationkeyboard_double_arrow_right Article 15 Aug 2018 Russian Publisher:Zenodo

Authors: Yurchenko, V. I.; Yurchenko, E. V.; Dikusar, A. I.;

doi: 10.5281/zenodo.1345710 , 10.5281/zenodo.1345709

Application Of Barrier Layers In The Process Of Obtaining Nanostructured Electrospark Coatings Of Increased Thickness On Aluminum Alloys

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Abstract

A capability of obtaining electrospark nanostructured coatings of increased thickness on aluminum surfaces using a tool electrode manufactured from Al-Sn alloy via forming intermediate barrier layers of different chemical compositions is considered. It is shown that Al-Ni, Al-Fe, and Al-Si alloys with the content of alloying elements ~ 20% may be used as barrier layers in the process of applying thickened nanostructured electrospark coatings of Al-Sn alloy by a multilayer deposition.

Related Organizations

Moldova State University
Moldova (Republic of)
Moldova State University, Institute of Applied Physics
Moldova (Republic of)

Keywords

aluminum alloys, barrier layer, nanostructured coating of increased thickness, electrospark alloying

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