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[1] K. Tomášek, L. Bodnár and J. Holéczy: “Hustota troskových sústav Fe-O-SiO2-X a jej vzt’ah k povrchovému napätiu (Density of the Slag Systems Fe-O-SiO2-X and its Relation to the Surface Tension)”, Hutnické Listy, Vol. 30, (1975), p. 136.
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[2] A.V. Vanjukov and V.Ja. Zajcev: Šlaky i štejny cvetnoj metallurgii (Slags and Rocks in Color Metallurgy), Izd. Metallurgija, Moskva, 1969.
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[3] A.V. Vanjukov and V.Ja. Zajcev: Šlaky i štejny cvetnoj metallurgii (Slags and Rocks in Color Metallurgy), Izd. Metallurgija, Moskva, 1969.
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[4] P.I. Bakardzhiev: Fiziko-chimičeskije svojstva konverternych šlakov (Physic-Chemical Properties of Converter Slags), Thesis (PhD), Moscow Institute of Steel and Slags, Moscow, 1965.
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RELATION NAME
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[6] S. Sumita, K. Morinaga and T. Yanagase: “Physical Properties and Structure of Binary Ferrite Melts”, Trans. Japan Inst. Metals, Vol. 24(1), (1983), pp. 35–41.
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[7] A. Yazawa, Y. Takeda and Y. Waseda: “Thermodynamic Properties and Structure of Ferrite Slag and their Process Implications”, Can. Metall. Quart., Vol. 20, (1981), p. 192.
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[8] T. Myslivec: Fyzikálne chemické základy ocelářství (Physico-Chemical Fundamentals of Steelmaking), SNTL, Prague, 1971.
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[9] A.F. Wells: Structure of Inorganic Compounds, 5th ed., Oxford, 1986.
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[10] T. Myslivec: Fyzikálně chemickě základy ocelářství (Physico-Chemical Fundamentals of Steelmaking), SNTL Praha, 1971.