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本文用较严格的实验方法，研究测定了在中性、还原条件下MnO－TiO2-CaO-SiO2-Al2O3-MgO六元渣系的表面粘度和体相粘度值、详细考察了各组成分对炉渣性质的影响。实验结果表明：无论在中性还是在还原条件下，渣中MnO含量增加、减度（CaO／SiO2）提高，可使炉渣的表面粘度、体相粘度降低。在中性条件下，渣中TiO2含量的增加，可使炉渣的表面粘度、体相粘度降低；但在还原条件下TiO2含量的增加会增加炉渣的体相粘度，而表面粘度却略有下降．其中MnO含量对钛渣性质的影响比较显著。
In this paper, with more stringent experimental methods, the surface viscosity and bulk viscosity of MnO-TiO2-CaO-SiO2-Al2O3-MgO six yuan slag system under neutral and reducing conditions were studied. The effects of various components on slag The nature of the impact. The experimental results show that the content of MnO in the slag increases and the reduction of CaO / SiO2 increases, both in the neutral and in the reducing condition, the surface and the bulk viscosity of the slag can be reduced. Under neutral condition, the increase of TiO2 content in slag can decrease the surface and bulk viscosity of slag, but the increase of TiO2 content under reducing condition will increase the bulk viscosity of slag, but the surface viscosity decreases slightly. Among them, the content of MnO has a significant impact on the properties of titanium slag.