Search Results - "Kudinov, D. Z."

Formation of Metallic Phase on Reducing-Gas Injection in Multicomponent Oxide Melt. Part 3. Separation of Ferronickel and Oxide Melt by Vusikhis, A. S., Leont’ev, L. I., Chentsov, V. P., Kudinov, D. Z., Selivanov, E. N.

“…Using the equations of physicochemical hydrodynamics and experimental results regarding the surface and interphase properties of metallic and oxide melts, the…”
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Formation of metallic phase on reducing-gas injection in multicomponent oxide melt. Part 2. Density and surface properties by Vusikhis, A. S., Leont’ev, L. I., Chentsov, V. P., Kudinov, D. Z., Selivanov, E. N.

“…The density and surface tension of melts of ferronickel (0–100% Ni) and oxidized nickel ore are measured by the sessile-drop method, as well as the interface…”
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Use of Bakal Deposit Siderite Ore in Iron and Steel Production by Vusikhis, A. S., Leont’ev, L. I., Kudinov, D. Z.

“…Iron ore reserves of the Bakal ore field are estimated. Chemical and phase compositions are provided for the main deposits. The efficiency of Bakal deposit…”
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Metallization of siderite ore in reducing roasting by Vusikhis, A. S., Leont’ev, L. I., Kudinov, D. Z., Gulyakov, V. S.

“…The behavior of the initial ore and the concentrate of magnetoroasting beneficiation during metallization under the conditions that are close to those for…”
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Formation of metallic phase by passing gaseous reducing agent through multicomponent oxide melt. Part 1. Theoretical principles by Vusikhis, A. S., Leont’ev, L. I., Chentsov, V. P., Kudinov, D. Z., Selivanov, E. N.

“…A model is proposed for the formation of metallic phase when gaseous reducing agent is bubbled through multicomponent oxide melt. The model includes the…”
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Nonmetallic oxide inclusions and oxygen in the vacuum-jet refining of steel by Gulyakov, V. S., Vusikhis, A. S., Kudinov, D. Z.

“…The behavior of nonmetallic oxide inclusions and oxygen in the vacuum-jet refining of steel is investigated…”
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Clarification of steel refining mechanism with stream degassing by Gulyakov, V. S., Vusikhis, A. S., Kudinov, D. Z.

“…Removal of non-metallic oxide inclusions during stream degassing only proceeds as a result of their appearance at the metal–gas interface, i.e., as a result of…”
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A kinetic model of the joint reduction of iron and nickel from a multicomponent oxide melt with hydrogen in a bubbling layer by Vusikhis, A. S., Kudinov, D. Z., Leont’ev, L. I.

“…Thermodynamic modeling was performed to obtain a qualitative description of the joint reduction of iron and nickel from a multicomponent oxide melt with…”
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Modeling of the kinetics of nickel reduction from a multicomponent oxide melt with a gaseous reducing agent by Vusikhis, A. S., Kudinov, D. Z., Leont’ev, L. I.

“…A model was suggested that allows the kinetics of bubbling of various reducing gases through an oxide melt to be described by thermodynamic equilibrium…”
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Behavior of various types of pellets in the upper part of the blast furnace stack by Kudinov, D. Z., Kozlov, A. V., Lazarev, B. L., Shavrin, S. V.

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Blast-furnace performance indices with a charge containing 80?100% pellets by Alekseev, L. F., Kudinov, D. Z., Lekontsev, Yu. A., Pashkeev, G. G., Frolov, V. V., Chentsov, A. V., Shavrin, S. V.

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