Structure-Sensitive Properties of Liquid Steel: Efficacy Evaluation of Its Treatment with Modifiers and Refining Slag

It is proposed to consider the oxidation potential of the ladle slag coating as the factor affecting the modification efficiency. Conditions of modifiers effective influence on steel are determined. Samples of industrial steels smelted with the determined conditions accordance are obtained. The impa...

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Published inRussian metallurgy Metally Vol. 2019; no. 12; pp. 1231 - 1237
Main Authors Sheshukov, O. Yu, Nekrasov, I. V., Konashkov, V. V., Yegiazaryan, D. K.
Format Journal Article
LanguageEnglish
Published Moscow Pleiades Publishing 01.12.2019
Springer Nature B.V
Subjects
Chemistry and Materials Science
Ladle metallurgy
Manufacture of Ferrous and Nonferrous Metals
Materials Science
Medium carbon steels
Metallic Materials
Oxidation
Rapid quenching (metallurgy)
Rare earth elements
Slag
Solidification
Steel industry
Supercooling
Viscometry
kinematic viscosity
ladle steel processing
melt
metallurgical heredity
rare-earth metals
modifier
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Abstract It is proposed to consider the oxidation potential of the ladle slag coating as the factor affecting the modification efficiency. Conditions of modifiers effective influence on steel are determined. Samples of industrial steels smelted with the determined conditions accordance are obtained. The impact of new rapidly quenched modifiers with rare-earth metals on the molten medium carbon steels 40Kh and 38KhM was studied by method of viscometry. Such steels have no hysteresis of viscosity. According to the alloys influence on the liquid steel supercooling during solidification, limits of the rational using of new alloys are established.
AbstractList It is proposed to consider the oxidation potential of the ladle slag coating as the factor affecting the modification efficiency. Conditions of modifiers effective influence on steel are determined. Samples of industrial steels smelted with the determined conditions accordance are obtained. The impact of new rapidly quenched modifiers with rare-earth metals on the molten medium carbon steels 40Kh and 38KhM was studied by method of viscometry. Such steels have no hysteresis of viscosity. According to the alloys influence on the liquid steel supercooling during solidification, limits of the rational using of new alloys are established.
Author Konashkov, V. V.
Yegiazaryan, D. K.
Nekrasov, I. V.
Sheshukov, O. Yu
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Issue 12
Keywords kinematic viscosity
ladle steel processing
melt
metallurgical heredity
rare-earth metals
modifier
Language English
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BaumB. A.KhasinG. A.TyagunovG. V.KlimenkovE. A.BazinYu. A.KovalenkoL. V.MikhailovV. B.RaspopovaG. A.Liquid Steel1984MoscowMetallurgiya
ElanskiiG. N.KudrinV. A.The Structure and Properties of Liquid Metal: Melting Technology and Properties of Steel1984MoscowMetallurgiya
DyudkinD. A.KisilenkoV. V.Modern Technology of Steel Production: Monograph2007MoscowTeplotekhnik
Popel’S. I.SotnikovA. I.BoronenkovV. N.Theory of Metallurgical Processes: Manual for Higher Education Institutions1986MoscowMetallurgiya
VertmanA. A.Fundamental Studies of Physical Chemistry of the Metal Melts2002MoscowAkademkniga
Yu.V. Kabatina, Candidate’s Dissertation in Engineering (Magnitogorsk, 2010).
TripathiN. N.NzottaM.SanbergA.Ironmaking Steelmaking2004312352401:CAS:528:DC%2BD2cXntlCls7w%3D10.1179/030192304225011025
PovolotskiiD. Ya.Physicochemical Principles of Steelmaking Processes2007ChelyabinskSouth Ural State University
N. N. Tripathi (10315_CR2) 2004; 31
G. N. Elanskii (10315_CR7) 1984
D. Ya. Povolotskii (10315_CR3) 2007
B. A. Baum (10315_CR6) 1984
10315_CR1
A. A. Vertman (10315_CR8) 2002
V. I. Yavoiskii (10315_CR5) 1983
D. A. Dyudkin (10315_CR9) 2007
S. I. Popel (10315_CR4) 1986
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Snippet It is proposed to consider the oxidation potential of the ladle slag coating as the factor affecting the modification efficiency. Conditions of modifiers...
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SubjectTerms Chemistry and Materials Science
Ladle metallurgy
Manufacture of Ferrous and Nonferrous Metals
Materials Science
Medium carbon steels
Metallic Materials
Oxidation
Rapid quenching (metallurgy)
Rare earth elements
Slag
Solidification
Steel industry
Supercooling
Viscometry
Title Structure-Sensitive Properties of Liquid Steel: Efficacy Evaluation of Its Treatment with Modifiers and Refining Slag
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Volume 2019
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