This project is motivated by the need to systematically study the influence of oxygen on liquid metallic alloys and their thermophysical properties such as surface tension, viscosity, and density. Information obtained would serve as a benchmark for the quality of ground based experiments. It would also lead to the development of improved physico-chemical models providing a deeper understanding of the basic interaction mechanisms. A Metal(Alloy)-Oxygen system has been described using different models. The theoretical results obtained are substantiated by own experimental data as wwell as those reported in the literature.
OXYTHERM - Thermophysical properties of Liquid Alloys under Oxygen Influence, ASI No. 2013-027-R.0 (final meeting presentation)
Rada Novakovic;Donatella Giuranno;Enrica Ricci;Elisabetta Arato;
2016
Abstract
This project is motivated by the need to systematically study the influence of oxygen on liquid metallic alloys and their thermophysical properties such as surface tension, viscosity, and density. Information obtained would serve as a benchmark for the quality of ground based experiments. It would also lead to the development of improved physico-chemical models providing a deeper understanding of the basic interaction mechanisms. A Metal(Alloy)-Oxygen system has been described using different models. The theoretical results obtained are substantiated by own experimental data as wwell as those reported in the literature.File in questo prodotto:
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