On the Corrosion Resistance of Cu – Mo Composite Materials obtained by PVD Method
Keywords:
composite materials, PVD method, corrosion resistance, gravimetric method
Abstract
The Cu – Mo composite materials have been obtained by electron flow vaporizing followed by vapor –phase condensing. Researches have shown that corrosion resistance in wet environment varies with the content of molybdenum, working conditions and composition of the corrosion medium. The corrosion resistance of the composites has been studied by gravimetric method.
References
[1]. B.A.Movcian, V.A.Osokin, L.V. Pusecinicova, N.I. Grechanyuk.,1991, Electronno-lucevoe isparenie i condensatia medi cerez vannu-posrednic, Probl. spet. electrometallurghii., nr. 3, p. 58-61.
[2]. N.I. Grechanyuk, V.A. Osochin, I.B. Afanasiev, 1998, Electronno-lucevaia tehnologhia polucenia materialov dlia electriceskih contactov, Electriceskie contacta i electrode, Sb. Tr. – Kiev: IMP NANU, p. 51-66.
[3]. I.N. Grechanyuk, V.G. Grechanyuk, V.G. Roudenko, T.N.Sviridova, 1999, Razrusenie compozitionnogo materiala CuMo-Y-Zr v vodnah sredah, Electriceskie contacta i electroda, Kiev, Nauk. Masli, p. 125-134.
[4]. M.I. Grechanyuk, V.O. Osokin, I.B. Afanasiev (2002). Compozitionnai material dlia elecriceskih contactov i sposob ih proizvodstva, Pat. 34875 Ukraina. MPK C23C/20 , Bul. nr. 12.
[5]. V.G.Grechanyuk (2004). Sravnitelinaia otenca corrozionnoi stoikosti compozitionnah materialov na osnove medi v razlicinah usloviah Electriceskie contacta i electroda, Kiev: Institut problem materialovedenia im. I.N. Frantevicia NAN Ukraina, p. 38-41.
[6]. S. Constantinescu, L. Orac, 2007, Characterization of steels in terms of their phisical and mechanical properties, Buletinul Institutului Politehnic Iasi, Tomul LIII (LVII), Fasc. 3, ISSN 1453-1690, p. 32-40.
[7]. S.Constantinescu, O. Mitoseriu, L. Orac, 2007, Influence of manufacturing technology on chemical and structural homogeneity of X60 steel, Tehnomus XIV Tehnologii si Produse Noi in Constructia de Masini, Suceava, ISSN 1224-029X, p. 267-272.
[2]. N.I. Grechanyuk, V.A. Osochin, I.B. Afanasiev, 1998, Electronno-lucevaia tehnologhia polucenia materialov dlia electriceskih contactov, Electriceskie contacta i electrode, Sb. Tr. – Kiev: IMP NANU, p. 51-66.
[3]. I.N. Grechanyuk, V.G. Grechanyuk, V.G. Roudenko, T.N.Sviridova, 1999, Razrusenie compozitionnogo materiala CuMo-Y-Zr v vodnah sredah, Electriceskie contacta i electroda, Kiev, Nauk. Masli, p. 125-134.
[4]. M.I. Grechanyuk, V.O. Osokin, I.B. Afanasiev (2002). Compozitionnai material dlia elecriceskih contactov i sposob ih proizvodstva, Pat. 34875 Ukraina. MPK C23C/20 , Bul. nr. 12.
[5]. V.G.Grechanyuk (2004). Sravnitelinaia otenca corrozionnoi stoikosti compozitionnah materialov na osnove medi v razlicinah usloviah Electriceskie contacta i electroda, Kiev: Institut problem materialovedenia im. I.N. Frantevicia NAN Ukraina, p. 38-41.
[6]. S. Constantinescu, L. Orac, 2007, Characterization of steels in terms of their phisical and mechanical properties, Buletinul Institutului Politehnic Iasi, Tomul LIII (LVII), Fasc. 3, ISSN 1453-1690, p. 32-40.
[7]. S.Constantinescu, O. Mitoseriu, L. Orac, 2007, Influence of manufacturing technology on chemical and structural homogeneity of X60 steel, Tehnomus XIV Tehnologii si Produse Noi in Constructia de Masini, Suceava, ISSN 1224-029X, p. 267-272.
Published
2008-05-15
How to Cite
1.
GRECHANYUK VG, GRECHANYUK NI, ORAC L, DENISENKO VA. On the Corrosion Resistance of Cu – Mo Composite Materials obtained by PVD Method. The Annals of “Dunarea de Jos” University of Galati. Fascicle IX, Metallurgy and Materials Science [Internet]. 15May2008 [cited 5May2024];31(1):33-6. Available from: https://www.gup.ugal.ro/ugaljournals/index.php/mms/article/view/3120
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