磨矿粒度的确定是一个极其现实的问题,因为一方面,如生产能力和动力消耗这些指标均取决于磨矿粒度的正确选择;另一方面,有用组分的回收率高低也取决于它。过磨会引起导致金属损失的泥化,使脱水工序的指标变坏,生产能力降低和成本增加,而磨矿不足又导致有用组分单体解离不充分而流失。 The determination of grinding particle size is an extremely realistic problem because, on the one hand, indicators such as production capacity and power consumption depend on the correct choice of grinding particle size; on the other hand, the recovery of useful components is also dependent on it. Abrasive wear can cause mudslides that result in loss of metal, deteriorating the indicators of the dewatering process, reducing productivity and increasing costs, while insufficient grinding results in the loss of insufficient dissociation of the useful component monomer.