Anticorrosion protection of magnesium obtained by direct laser deposition
Keywords:
additive technologies, direct laser deposition, magnesium, plasma electrolytic oxidation, protective coatingsAbstract
The paper presents the results of the study of morphology, composition, electrochemical and mechanical properties of protective coatings, including composite coatings on magnesium, obtained by direct laser deposition. It is established that the use of additive technology for the formation of the material does not require correction of the electrical modes of plasma electrolytic oxidation, developed for deformable magnesium alloys. The formed protective coatings significantly increase the resistance of the formed samples to corrosion in a 3 % NaCl solution and give the prospect of using magnesium alloys as resorbable materials for personalized implantation surgery.
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2019-02-18
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Гнеденков, С. В., Синебрюхов, С. Л., Гнеденков, А. С., Вялый, И. Е., Имшинецкий, И. М., Егоркин, В. С., Машталяр, Д. В., Надараиа, К. В., Кульчин, Ю. Н., Никитин, А. И., & Субботин, Е. П. (2019). Anticorrosion protection of magnesium obtained by direct laser deposition. Vestnik of the Far East Branch of the Russian Academy of Sciences, (5), 103–112. Retrieved from http://vestnikdvo.ru/index.php/vestnikdvo/article/view/60
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