Vacuum and color etching usage for titanium alpha-alloys structure analysis

O.S. Sergienko, V.V. Lunev, G.A. Bialik
Received: 19 December 2013; Revised: 13 February 2014; Accepted: 30 April 2014
This paper is written in Russian
Citation: O.S. Sergienko, V.V. Lunev, G.A. Bialik. Vacuum and color etching usage for titanium alpha-alloys structure analysis. Letters on Materials, 2014, 4(3) 202-204
BibTex   DOI: 10.22226/2410-3535-2014-3-202-204


Theoretical grounds and method of two-stage vacuum and color etching of titanium alpha-alloys are described. The advantages of proposed methods as opposed to conventional chemical etching are empathized.

References (6)

L.  V. Baranova, E.L.  Demina. Metallographic etching ofmetals and alloys. M.:Metallurgija. (1986) 256 p. (in Russian)[Л.В. Баранова, Э.Л. Демина. Металлографическое трав-ление металлов и сплавов. М.:Металлургия. (1986) 256 с.]
E.M.  Lazarev, Z.I.  Kornilova, N.M.  Fedorchuk Titaniumalloys oxidation. M.:Nauka. (1985) 139 p. (in Russian)[Э.М. Лазарев, З.И. Корнилова, Н.М. Федорчук Окислениетитановых сплавов. Москва, Наука (1985) 139 с.]
U. Zwicker. Titanium and its alloys. M.:Metallurgija. (1979)512 p. (in Russian) [У.  Цвиккер. Титан и  его сплавы.М.:Металлургия. (1979) 512 с.]
G.F. Vander. Voort in ASM Handbook Vol. 9. Metallographyand Microstructures ed. by G.F.  Vander Voort. TheMaterials Information Comp. (2004) 493 p.
C.  Leyens, M.  Peters. Titanium and titanium alloysfundamentals and applications. WILEY-VCH GmbH & Co.KGaA. (2003) 513 p.
V.N.  Moiseyev. Titanium alloys: russian aircraft andaerospace applications. Boca Raton, Taylor & FrancysGroup. (2006) 207 p.