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通过高温试验考察了固体颗粒对转炉炉渣黏度的影响。高温试验采用Ca2SiO4析晶–熔渣和MgO析晶-熔渣两种体系。试验结果表明:体系的黏度随固相体积分数的升高而显著增加。模型检验结果显示:Roscoe、Ruiz和Zholkov模型预测与试验结果相近(相对误差小于5.4%)。该研究对含固相转炉炉渣黏度的预测有一定的指导意义。
The effect of solid particles on the viscosity of converter slag was investigated by high temperature test. High temperature test using Ca2SiO4 crystallization - slag and MgO crystallization - slag two systems. The experimental results show that the viscosity of the system increases significantly with the increase of solid volume fraction. The model test results show that the prediction of Roscoe, Ruiz and Zholkov models is similar to the experimental ones (the relative error is less than 5.4%). This study has some guiding significance for predicting the viscosity of solid-phase converter slag.