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Fundamental Research for Producing High-Purity & High-Cleanliness Stainless Steels
Refining of High-Mn Steels for Generation Applications
Applications of Computational Thermodynamics for Producing High-Clean Steels ; Focusing on Smart Manufacturing
Novel Manufacturing Processes for Advanced High-Entropy Alloys
Grain Refinement of Macro-& Microstructure of Steels using Non-Metallic Inclusion
Zn-AI-Fe Dross Formation Mechanism in Hot Dip Galvanizing Bath for Producing Advanced Automotive Sreels
Physical Chemistry of MnO-base Slags for Producing High-Functional Manganese Ferroalloys
Viscosity-Structure Relationship of Molten Slags and Glasses
High Temperature Physical Chemistry of Metals and Slags
Characterization of Chemical Reactions at Slag-Refractory Interface in High Temperature Reactors
Extraction and Purification of Titanium and Its Alloys
Physical Chemistry of Molten Salts for Producing Magnesium and Zirconium
Recovery of Precious- & Rare Metals from Electric Wastes and Industrial By-products ;Foucusing on Circular Economy
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Prof. H. Matsuura의 Reaction Mechanism of Hot Metal Dephosphorization with
FeO-CaO-SiO2 Multi Phase Flux 강연
University of Ulsan . University of Tokyo joint workshop on High Temperature Physical Chemistry of Materials Processing
작성자 최고관리자
작성일 2011.03.14 16:06
조회 1,636
Prof. H. Matsuura의 Reaction Mechanism of Hot Metal Dephosphorization with
FeO-CaO-SiO2 Multi Phase Flux 강연
첨부파일 : 그림1.png 2.46[MB]
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