Study On Some Copper - Molybdenum Based Composite Materials Condensed from the Vapour Phase
Keywords:
installation for vacuum condensation, technology of electron beam evaporation, condensate, structure, properties
Abstract
Design features of equipment are given for realizing high-speed process of electron beam evaporation and condensation. Peculiarities of phase composition and structure of a crystallized pool (melt) on copper base are studied. Assumption was made about interrelation of structure-phase state of the melt and rate of evaporation-condensation. Specifics of surface structure and volume of condensate in different sections (before and after etching) are investigated. Technological defects, their influence on strength and ductility of the condensate at tensile test are considered. Interrelation of temperature dependence of energy of deformation activation, specifics of condensate fracture and technological defects of structure, different by origin, are studied.
References
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[4]. Movcian B.F., Malasenko I.S. - Jarostoikie pocratia, osajdaemae v vacuume. – Kiev: Nauk. dumka, 1983, 230 s.
[5]. Badilenko G.F., Osokin V.A., Krivasov A.K. - Electonnolucevoe isparenie i condensatia dvoinah splavov medi-itrii / Probl. spet. electrometallurgii. – 1989. – Nr. 1. – 230 s.
[6]. Zuev I.V. - Obrabotca materialov contentrirovannami potocami energhii. – M.: MEI, 1998. – 162 s.
[7]. C.d`A Hunt - Pat. 335487 USA, 1C3C23C. Prevention of splattering during vaporization processing. – Publ. 05.12.67.
[8]. H.G. Cock, P.A. Zavrar., R.L. Hollen. - Pat. 2156005 France, 1C3C23C 13/00 HOIJ 19/00. Source de vapeur et procede de depot sous vide /– Opubl. 2709.72.
[9]. B.A. Movcian, V.A. Osokin, L.V. Pusecinicova, N.I. Grechanyuk Electronno-lucevoe isparenie i condensatia medi cerez vannu-posrednic, Probl. spet. electrometallurghii. – 1991, Nr. 3, S. 58-61.
[10]. Nesmeianov A.N. Davlenie para himiceskih elementov. – M.: Izd-vo AN SSSR, 1961. – 396 s.
[11]. Nijenco V.I., Floka L.I. - Poverhnostnoe natiajenie jidkih metallov i splavov. – M.: Metallurghia, 1981. – 208 s.
[12]. N.H. Abrocosova - Dvoinae i mnogocomponentnae sistema na osnove medi: Spravocinik, Pod. Red.. – M.: Nauka, 1979.
[13]. Maiboroda V.P., Spak A.P., Kunitkii Y.A. - Structurnae aspecta teorii plavlenia i zatverdevania. – Kiev: Academperiodica, 2002. – 124 s.
[14]. A.P. Spak, B.A. Melnik, V.D. Kralea i dr - Opredelenie rastvotov microoblastei v jidkih splavah, Protessa litya. – 1996. – Nr. 1. – S. 20-23.
[15]. L. Maissen, R. Gleng. - Tehnologhia tonkih plionok: Spravocinic, Pod. Red. – M.: Sov. radio, 1997. – S. 25.
[16]. R.V. Minakova, V.O. Osokin. M.I. Grechanyuk ta ins - Pro structurni apecta formuvania ta ruinuvannya condensovanogo compoziinogo materialu na osnovi midi, Electronnaya microscopia i procinisti materialov: Tr. IPM NANU. – Kiev, 2001.
[17]. Perepletov V.I., Kosminskaya D.A., Kravcenko S.A. Zaconomernosti structuroobrazovania condensatov slaboperesashennah parov Cu, Ti, Al si Cr // Tr. IMF NANU. – 2003. – 25, Nr. 6. – S. 725-735.
[18]. Krascenco V.P. Stetenco V.E. Vliyanie temperatura i scorosti deformirovania na osnovnae protessa, controliruyscie procinosti medi // Probl. procinosti. – 1981. – Nr. 4. – S. 78-83.
Published
2007-11-15
How to Cite
1.
GRECHANYUK N, CROITORU G. Study On Some Copper - Molybdenum Based Composite Materials Condensed from the Vapour Phase. The Annals of “Dunarea de Jos” University of Galati. Fascicle IX, Metallurgy and Materials Science [Internet]. 15Nov.2007 [cited 20Apr.2024];30(2):5-3. Available from: https://www.gup.ugal.ro/ugaljournals/index.php/mms/article/view/3138
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