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Increasing the hydration resistance of burnt dolomite steelmaking flux through microstructural design

机译:通过微结构设计提高烧焦白云岩炼钢通量的水化抗性

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SEM/EDS examination reveals that the higher density in iron oxidemodified doloma, which improves its hydration resistance, arises from formation of dicalcium ferrite (2CaO.Fe_2O_3), a low melting phase located at lime/periclase boundaries.
机译:SEM / EDS检查表明,铁氧化型Doloma中的较高密度提高了其水化抗性,从形成了钙锡(2caO.fe_2O_3),位于石灰/蠕变界限下的低熔点。

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