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Accelerating slagging, improving inclusion removal, and prolonging refractory lifetime are still important subjects for steelmaking engineers in order to attain high-grade steel production at higher efficiencies. Basically, these phenomena can be considerably affected by the liquid-solid interfacial properties of oxides, as well as the bulk properties of oxides. From this viewpoint, dissolution experiments of solid alumina in liquid slags were conducted at 1 600°C. The local dissolution rates of alumina and the flow velocities and wetting behaviors around the meniscus line were analyzed with the Marangoni number.

Evaluation of Local Dissolution Rates and Wetting Behaviors of Solid Alumina in Liquid Slag with the Marangoni Number