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根据原料作抛物线运动后跌落时具有最大速度,分析制浆系统的最佳转速,根据原料在滚筒最高点位置推算出制浆系统的临界转速,根据原料和滚筒内壁之间的滑移规律得出制浆系统最高超临界转速,通过分析残渣在排渣机构中的运动情况,确定合理的排渣转速,根据原料运动轨迹推导出原料循环运动距离和循环运动时间,为制浆系统的开发设计和提高制浆系统效率提供了理论依据。
According to the maximum speed of the material when it falls after parabola movement, the optimum speed of the pulping system is analyzed. The critical speed of the pulping system is calculated according to the raw material at the highest point of the drum, which is obtained according to the law of slippage between the raw material and the inner wall of the drum The maximum supercritical rotating speed of pulping system is determined by analyzing the movement of the residue in the slag discharge mechanism and the reasonable slagging speed is deduced. According to the trajectory of the raw material, the cycle distance and circulation time of the raw material are deduced. Improve the efficiency of the pulping system provides a theoretical basis.