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矿物表面电性对浮选有着多方面影响:影响矿物悬浮体的分散或凝聚,影响矿物表面的亲水性,影响药剂在矿物表面的吸附等。因此,在浮选中调节、控制矿物表面的电性是一个十分重要的问题。为了恰当地调节、控制矿物表面的电性,不仅需要了解矿物表面电性对浮选的各种影响,还需要了解矿物表面带电的机理。这样才能掌握按需要
Mineral surface electrical properties of flotation has many implications: the impact of mineral suspension dispersion or aggregation, affecting the hydrophilic surface of the mineral, affecting the drug adsorption on the mineral surface. Therefore, it is a very important issue to regulate and control the electrical property of the mineral surface in flotation. In order to properly regulate and control the electrical properties of the mineral surface, not only need to understand the mineral surface of the various effects of flotation, but also need to understand the mechanism of mineral surface charge. In order to grasp as needed