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Department Of Materials Sciece And Engineering Faculty Of Engineering Kyushu Institute Of Technology | 論文
- Influence of Injected Ar Gas on the Involvement of the Mold Powder under Different Wettabilities between Porous Refractory and Molten Steel
- Measurement of the Density of Ni-Cr Alloy by a Modified Pycnometric Method
- Numerical Analysis of Nitrogen Absorption Rate Accompanied with Marangoni Convection in the Molten Iron under Non-inductive Stirring Condition
- Influence of Wettability on the Behavior of Argon Bubbles and Fluid Flow inside the Nozzle and Mold
- Loacl Corrosion of Solid Silica at the Surface of Molten Silicon
- Determination of Aluminum and Oxygen Contents in Liquid Iron in Equilibrium with α-Alumina and Hercynite
- Interfacial Properties of Molten Low Carbon Steel Containing Ti, Nb or B in Relation to the Behavior of Fine Particles in Continuous Casting Process
- Density of Liquid IF Steel Containing Ti
- 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
- Observation of Inclusion in Aluminum Deoxidized Iron
- Reply to the Paper Named "The Force Acting on a Sphere Moving towards a Solidification Front due to an Interfacial Energy Gradient at the Sphere/Liquid Interface"
- Surface Tension and Wettability of Liquid Fe-16mass%Cr-S Alloy with Alumina
- Surface Tension and Wettability of Liquid Fe-16 mass%Cr-O Alloy with Alumina
- 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)
- Density of Ni-Cr Alloy in Liquid and Solid-Liquid Coexistence States
- Thermodynamic Analysis on Metastable Alumina Formation in Aluminum Deoxidized Iron Based on Ostwald's Step Rule and Classical Homogeneous Nucleation Theories
- Behavior of Fine Bubbles in Front of the Solidifying Interface
- The Rate of Nitrogen Desorption from Liquid Iron by Blowing Argon Gas under the Condition of Non-inductive Stirring