IDENTIFICATION AND QUANTIFICATIONS OF CHEMICAL ELEMENTS AND MICROSCOPIC CHARACTERISATION OF THE COPPER BASE ALLOY AT DIFFERENT TEMPERATURE OF MOULDS
Journal Title: TEHNOMUS - Year 2011, Vol 18, Issue 1
Abstract
In this research paper, the structure identified by microscopic analysis for one copper base alloy at two different moulds are comparing between them because the solidified conditions was different. The samples were prepared by induction furnace using electrolytic copper and zirconium sponge and the ingots were cast into the steel moulds where solidifies its. Copper alloys are an knew group of casting Cu alloys, well-known as corrosion resistant materials, which are widely used as the devices for their antibacterial properties. Depending on the combination of alloying elements and other factors, like solidification temperature or micro alloying elements, the alloys with different mechanical and physic-chemical properties are obtained.
Authors and Affiliations
Cristina CAMBER IORDACHE, Maria VLAD, Simion BALINT, Vasile BASLIU, Mihaela GHEORGHE
Keywords
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- EP ID EP92102
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