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MECHANICAL AND ELECTRICAL PROPERTIES OF TERNARY Cu–In–Sb SYSTEM AT 400C

DESIMIR PETKOVIĆ 1*, AJKA ALJILJI 1, MILAN KOLAREVIĆ 2, DUĹ KO MINIĆ 1, DRAGAN MANASIJEVIĆ 3, DRAGANA Ĺ˝IVKOVIĆ 3
1. University in Priština, Faculty of technical science, Kosovska Mitrovica, SERBIA
2. University in Kragujevac, Machinery faculty, Kraljevo, SERBIA
3. Institute for Chemistry, Technology and Metallurgy, Beograd, SERBIA
4. University in Beograd, Technical faculty, Bor, SERBIA

Issue:

JESR, Number 3, Volume XVII

Section:

Issue No. 3 - Volume 17 (2011)

Abstract:

For the complete definition of the properties of the ternary Bi–Cu–In system, there were performed the investigation of micro structures, hardness by Brinel, and electric conductivity of the alloys. In the range of this ternary system, numerous alloys were tested for three vertical sections, with molar ratio Sb: Cu= 1, Cu:In= 1, Sb:In=.1. By application of CALPHAD method, and software package PANDAT 8.1, there were calculated the isothermal cross section at 250C and 400C.

Keywords:

Bi–Cu–In ternary system, microstructure, hardness, electric conductivity, isothermal sections.

Code [ID]:

JESR201117V17S01A0009 [0003397]

Full paper:

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