basicity of slag

Influence of Basicity of Slag to Inclusion of Ball Bearing Steel

炉渣碱度对轴承钢夹杂物的影响

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Optical basicity and regular solution model of quadratic formalism was used in the research of desulfurization of molten steel during tapping by slag filtrating.

用光学碱度和二次正规溶液模型对转炉出钢过程混冲脱硫进行了研究。

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The basicity of the slag can be increased by moder-ate addition of lime.

加入石灰可以提高渣的碱度；

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It seems that the basicity of slag serves a dual influence: to increase the basicity in slag with higher TiO_2 content may restrain from the reduction of Ti, while with lower TiO_2 content may accelerate the Ti reduction.

发现了炉渣碱度对Ti迁移的两重性影响：当渣中TiO2含量较高时，提高碱度将抑制Ti的还原；而在TiO2含量较低时，提高碱度则促进Ti的还原。

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During refining the basicity of slag was 2.5~ 3.0 with feeding Si-Ca wire and argon stirring.

LF精炼渣碱度2.5～3.0，并喂Si Ca线和吹氩。

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The article describes The basicity of slag, the alumina, fluorite and magnesia content in slag, the hydration resistance additives and CaO content in MgO-CaO materials are the factors which have impact to slag resistance of MgO-CaO materials.

本文综述了炉渣碱度，炉渣中氧化铝、氟化钙、氧化镁含量，镁钙材料中氧化钙含量与抗水化添加剂对镁钙材料抗渣性的影响。

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The reasonableness of direct alloying with chrome ores is discussed with thermodynamical analysis as well as the influencing factors, such as the burden of chrome ores, basicity of slag and reductants.

根据热力学原理分析了铬矿直接合金化的合理性及其影响因素，并对熔渣碱度、铬矿加入量和还原剂的影响进行了实验研究。

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Also basicity factor, quality coefficient, activity coefficient, hydraulic coefficient and radiation of slag were analyzed according to the Chinese national standard documents.

依照国标文件对矿渣的碱性系数、质量系数、活性系数、水硬系数及放射性进行了分析。

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Temperature, FeO, MgO, and MnO contents in slag, basicity of slag and thickness of slag layer are important factors, which affect silicon oxidation of hot metal in the hearth.

温度、炉渣中FeO，MgO，MnO含量、炉渣碱度、渣层厚度是影响（Si）氧化的重要因素。

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Experimental results show that such influencing factors as the reduction temperature of silica, SiO2 content brought by coke, basicity of slag and MgO content in it, reduction time and contact surface area are of importance to the reduction of silica.

研究表明，温度、焦炭中SiO2量、炉渣碱度及其MgO含量、还原时间、接触面积是影响硅还原的重要因素。

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