Metallurgical Properties and Phase Transformations of Barium-Strontium Modifier
M. A. Platonov, I. S. Sulimova, И. Д. Рожихина, V. I. Dmitrienko, G V Horoshun
Abstract
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M. A. Platonov, I. S. Sulimova, И. Д. Рожихина, V. I. Dmitrienko, G V Horoshun
Abstract
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Metallurgical properties and phase transformations of barium-strontium modifier were tested in laboratory conditions resembling steel processing in furnace and ladle. When heating barium-strontium modifier start of melting, kinetics of decomposition, phase and structure transformation were studied. The concentrate under consideration has been revealed to be a complex mineral compound containing barytocalcite, calcite, calciostrontianite, dolomite and siderite. The reaction kinetics of decomposing mineral components of barium-strontium modifier to oxides does not considerably affect slag formation in conditions of out-of-furnace steel processing.
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Metallurgical properties and phase transformations of barium-strontium modifier were tested in laboratory conditions resembling steel processing in furnace and ladle. When heating barium-strontium modifier start of melting, kinetics of decomposition, phase and structure transformation were studied. The concentrate under consideration has been revealed to be a complex mineral compound containing barytocalcite, calcite, calciostrontianite, dolomite and siderite. The reaction kinetics of decomposing mineral components of barium-strontium modifier to oxides does not considerably affect slag formation in conditions of out-of-furnace steel processing.
Key concepts: Strontium, Barium, Strontium carbonate, Dolomite, Barium carbonate, Decomposition, Materials science, Metallurgy