Quantitative Analysis of the Penetration of Molten Silver into Porous Refractories

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概要

• 論文の詳細を見る
• 2000-03-01

著者

• MUKAI Kusuhiro

  Kyusyu Institute of Technology

• Mukai Kusuhiro

  Faculty Of Engineering Kyushu Institute Of Technology

• ASANO KEISUKE

  Krosaki Harima Corp.

• ASANO KEISUKE

  Technical Research Center, Krosaki Harima Corporation

• LI Zushu

  Department of Materials, Imperial College London

• SASAKA ISAO

  Technical Center, Krosaki Harima Corp.

• SASAKA ISAO

  Kurosaki Harima Corp.

• ASANO KEISUKE

  Kurosaki Harima Corp.

• Sasaka Isao

  Technical Research Center Krosaki Harima Corp.

• OUCHI TATSUYA

  Kurosaki Harima Corp.

• LI ZUSHU

  Faculty of Engineering, Kyushu Institute of Technology

• TAO ZAINAN

  Fuji Finetec Co., Ltd.

• IITSUKA SHOJI

  Technical Research Center, Krosaki Harima Corporation

• OUCHI TATSUYA

  Technical Research Center, Krosaki Corporation

• Mukai K

  Department Of Materials Science And Engineering Faculty Of Engineering Kyushu Institute Of Technolog

• Li Zushu

  Faculty Of Engineering Kyushu Institute Of Technology

• Li Zushu

  Department Of Materials Science And Engineering Faculty Of Engineering Kyushu Institute Of Technolog

• Li Zushu

  Department Of Materials Imperial College London

• Tao Zainan

  Fuji Finetec Co. Ltd.

• Tao Zainan

  Fuji Fine Tec Co. Ltd.

• Iitsuka Shoji

  Technical Research Center Krosaki Corp.

• Ouchi Tatsuya

  Krosaki Harima Corp.

• Ouchi Tatsuya

  Technical Research Center Krosaki Harima Corp.

• Asano Keisuke

  Technical Research Center Krosaki Harima Corp.

• ASANO KEISUKE

  Technical Center, Krosaki Harima Corp.

関連論文

• Influence of Interfacial Properties on the Formation of Bubble-Related Defects in Slab
• Water Model Experiment for the Behaviors of Bubbles and Liquid Flow on the Inside of the Nozzle and Mold of Continuous Casting Process
• Discussion of a Method for Evaluation of Refractory Creep
• Nonlinear Finite Element Analysis of Nozzles for Continuous Casting : Elastic-Plastic Analysis of Thermal Shock Test by Water-Cooling
• Nonlinear Finite Element Analysis of Nozzles for Continuous Casting
• Measurement of the Density of Ni-Cr Alloy by a Modified Pycnometric Method
• Improving Thermal Shock Resistance of Aluminum-Added, Semi-Burnt SN Plate Refractories
• Cause of Edge Peeling Around the Nozzle Bore of an SN Plate and Its Prevention
• Effect of ZrO_2 Content on Properties of Al_2O_3-ZrO_2-C Materials for Slide Gate Plate
• Effect of Metallic Silicon on Properties of Burnt Sliding Nozzle Plate (Part 2)
• Corrosion Resistance of Alumina-Graphite, Alumina-Zirconia-Graphite, and Zirconia-Graphite Refractories to Molten Steel
• Inhibition of the Expansion of Magnesia-Added Alumina-Graphite Material Used for Ladle Shroud
• Influence of Metallic Silicon on Properties of Burnt Sliding Nozzle Plate
• Alumina-Zirconia Material Properties and Application to Refractories
• Development of Porous Material for Gas Purging Plugs
• Direct Observation of Molten Silver Penetration into Porous Alumina Refractories
• Quantitative Analysis of the Penetration of Molten Silver into Porous Refractories
• Direct Observation of the Penetration of Molten Silver into Porous Refractory
• Analysis of the Penetration Behavior of Molten Silver into Porous Refractory
• Direct Observation on the Penetration of Molten Silver into Porous Refractory
• Measurement of the Densities of Nickel-Based Ternary, Quaternary and Commercial Alloys
• Measurement of the Density of Binary Ni-X (X=Co, W, Ta, Al) Alloys
• Local Corrosion of Magnesia-Chrome Refractory at Slag-Metal Interface
• Surface Tension and Wettability of Liquid Fe-16mass%Cr-S Alloy with Alumina
• Effects of S and N on Surface Tension of Liquid Fe-16mass%Cr Alloy and its Wettability with Alumina
• Surface Tension and Wettability of Liquid Fe-16 mass%Cr-O Alloy with Alumina
• Surface Tension and Wettability of Liquid Fe-l6mass%Cr-O Alloys with Alumina
• The effect of oxygen on the Marangoni flow of molten silicon
• Reaction Between MgO-C Refractory and Molten Slag and Metal
• The Influence of Oxygen on the Rate of Nitrogen Absorption into Molten Iron and Marangoni Convection
• Measurement of Temperature Fluctuations in Marangoni Convection in a Half-zone Silicon Melt on Board the TR-IA-4 Rocket (特集 TR-IA4号機)
• Physical Properties and Microstructure of Silica Raw Materials and Their Effects on Phase Transformation
• A Review of Slag Splashing
• Evaluation of Slaking Resistance of MgO-C Bricks used for RH Degasser
• Auger (AES) Analysis of Carbon in Carbon-Silicon Composite Materials
• Crystallizing Behavior of Amorphous Silica Material Caused by Annealing
• Effects of Surface Properties of Alumina Raw Materials on Properties of SN Plate Bricks
• Calculation of Thermophysical Properties of Ni-based Superalloys
• The Effect of Aluminium Content on Thermophysical Properties of Ni-based Superalloys
• Equations for the Calculation of the Thermo-physical Properties of Stainless Steel
• Expansion Behavior of Alumina-Magnesia Castables
• Effect of Carbon Raw Materials on the Properties of Alumina Carbon Brick
• Thermal Shock Resistance of Al_2O_3-ZrO_2-Carbon Sliding Gate Plate
• Effect of Carbon Content on the Thermal Characteristics of MgO-C Bricks for BOF
• Effect of Total Iron (T. Fe) Content of Slag on Corrosion of MgO-C Bricks
• Spalling Resistance and Physical Behavior of MgO-C Refractories at High Temperature
• Effect of Metallic Powder Combinations on the Corrosion of MgO-C Bricks
• Effect of Magnesium Powder Addition on Corrosion Resistance of MgO-C Bricks
• Comparison of Spalling Resistances of Unburned and Burned Magnesia-Carbon Bricks
• Effect of MgO Aggregate on the Thermal Characteristics of Magnesia-Spinel Bricks
• Drying Characteristics of Castables
• Fatigue Fracture of Magnesia-spinel Bricks by Cyclic Loading
• Evaluation of Slaking Resistance of MgO-C Bricks Used for RH Degasser
• Relationship between MgO Aggregate Purity and Properties of MgO-C Brick after Firing in a Reducing Atmosphere
• In-situ Observation and Analysis on Metal Penetration Behavior into Porous Refractories
• Direct Observation of Molten Steel Penetration into Porous Refractory
• Direct Observation of Molten Steel Penetration into Porous Refractories
• Improvement of Erosion Test for SN Upper Nozzle Bricks
• Development of Refractories for the Rotary Shot Method
• The Effect of the Refractory Composition on Erosion Resistance
• Thermal Characteristics of Silica-free Porous Material for Submerged Entry Nozzles
• Development of a Joint Packing Material Containing Surface-Coated Aluminum Powder
• Method of Recycling Used Bricks Containing High-grade Raw Materials
• Influence of Carbon Content on the Thermal Properties of Al_2O_3-SiC-C Brick for Torpedo Cars
• Corrosion Behavior of Cr-Free MgO-TiO_2-Al_2O_3 Bricks for Waste Melting Furnaces
• Joint Packing Materials for Use in Refractory Exchange
• Development of Chrome-Free Porous Refractories
• Formulation of Creep Constitutive Equations for Refractories from Bending Creep Data
• Application of MgO-C Immersion Nozzles for Casting of Ca-Si Treated Steel
• Improvement of the Oxidation Resistance of MgO Casting Nozzles
• Use of Metal Powder in Wet Spray Materials
• Improvement in Oxidation Resistance of Magnesia-Graphite Materials for Submerged Entry Nozzle
• Thermal Stress Analysis of Nozzles for Continuous Casting
• Effect of Low Thermal Expansion Raw Material on Microstructure and Spalling Resistance of Sliding Nozzle Plates
• MgO-Cr_2O_3 Insert Ring for SN Upper Nozzles
• Effect of Binder on the Sealing Property of Refractory Joint Seal Material
• Iron Oxide Resistance of Alumina-Spinel Castable
• In-situ X-ray Observation and Microstructural Analysis on Slag Penetration into MgO Refractories
• Direct Observation of Slag Penetration into MgO Refractory
• Effect of Fused Silica on the Permeability of Slit-Type Submerged Entry Nozzles
• Effect of MgO Purity on the Corrosion Resistance of MgO-C Bricks against High Temperature Iron Oxide Slag
• Application of Nano Technology to MgO-C Bricks
• Effect of Alumina Grain Size and Fused Silica Contents on Refractory Properties
• Properties of High Zirconia-Graphite Material for Submerged Entry Nozzles
• Effect of Apparent Porosity on the Corrosion Index of Zirconia-Graphite, with Higher ZrO_2 Content
• Influence of Apparent Porosity on Corrosion Resistance of ZG Materials
• Influence of the Quantity of Carbon Originating in a Resin on the Gas Permeation Character of Submerged Entry Nozzle (SEN) Materials
• Reactions of Magnesia or Magnesia-Chrome Refractories with Molten CaO-SiO_2-Al_2O_3-Fe_tO Slags
• Development of Joint Seal Material of Refractories for Continuous Casting
• Taphole Clay Containing Shungite Raw Material
• Examination of Tap-Hole Clay Plasticity
• Hole-Filling Characteristics to Evaluate Taphole Clay
• Development of Taphole Clay with Excellent Expandability Inside the Blast Furnace
• Effect of Extrusion Pressure on Blast Furnace Tap Hole Mixes
• Improved Binder System for Alumina-Graphite Nozzles
• The Smelting Process of Titanium-Silicon Ferroalloy Using Blast Furnace Titaniferrous Slag
• Influence of Spinel Clinker on Corrosion Resistance of BF Trough Castable
• Wear and Countermeasures of Porous Plugs for Ladle
• Development of Joint Seal Discs Using Surface-Coated Aluminum Powder

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