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在参照物料动态平衡模型［１］的基础上，通过力学分析，获得磨筒内物料提升段与滑移段的分界面形状参数，并进一步分析了这些参数与磨机的转速、自转与公转的传动比、粉体摩擦系数、填充率、公转半径和筒体内径之间的关系
Based on the material dynamic equilibrium model [1], the shape parameters of the interface between the material lifting section and the sliding section in the barrel were obtained through mechanical analysis. The relationship between these parameters and the rotating speed, rotation and revolution of the mill Transmission ratio, powder friction coefficient, filling rate, revolution radius and the relationship between the inner diameter of the cylinder