Development of Thermodynamic Model for Steelmaking Slags and Its Application to Analyses of Steelmaking Process
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概要
- 論文の詳細を見る
- 2003-09-01
著者
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Yamada Wataru
Kimitsu R&d Lab. Nippon Steel Corp.
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Yamada Wataru
Kimitsu R&d Lab Technical Development Bureau Nippon Steel Corp.
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MATSUMIYA Tooru
Technical Development Bureau
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Matsumiya Tooru
Technical Development Bureau Nippon Steel Corp.
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Yamada Wataru
Kimitsu R & D Laboratory Nippon Steel Corporation
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Yamada Wataru
Kimitsu R&d Labs. Nippon Steel Corp.
関連論文
- Recent Topics of Research and Development in Continuous Casting
- Cold Model Experiment on Infiltration of Mould Flux in Continuous Casting of Steel : Simulation of Mould Oscillation
- Cold Model Experiment on Infiltration of Mould Flux in Continuous Casting of Steel : Simple Analysis Neglecting Mould Oscillation
- Electromagnetic Casting for High Quality of Continuously Cast Steel
- Nucleation of the Primary Al Phase on TiAl_3 during Solidification in Hot-Dip Zn-11%Al-3%Mg-0.2%Si-Coated Steel Sheet
- Solidification Structure of the Coating Layer on Hot-Dip Zn-11%Al-3%Mg-0.2%Si-Coated Steel Sheet
- A Proposal for Evaluation Method of Energy Parameter Values in Cell Model for Thermodynamics of Refining Slag
- Mechanism of a Hydrogen-induced Sticker Breakout in Continuous Casting of Steel : Influence of Hydroxyl Ions in Mould Flux on Heat Transfer and Lubrication in the Continuous Casting Mould
- Development of Thermodynamic Model for Steelmaking Slags and Its Application to Analyses of Steelmaking Process
- Ostwald growth of Fe_3C and Distributions of Carbon Atoms in α-iron Annealed Under a Constant Temperature Gradient
- Mathematical Modelling of Change in Composition of Mold Flux in Continuous Casting of Steels
- Infiltration Phenomena of Molten Powder in Continuous Casting Derived from Analysis Using Reynolds Equation Part 2 : Unsteady Analysis
- Infiltration Phenomena of Molten Powder in Continuous Casting Derived from Analysis Using Reynolds Equation Part 1 : Steady Analysis
- Influence of Si Addition to the Coating Bath on the Growth of the Al-Fe Alloy Layer in Hot-dip Zn-Al-Mg Alloy-coated Steel Sheets