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浮选药剂固着在矿物表面的机理是浮选的主要问题之一,这一机理决定浮选药剂有选择性地粘附在气泡上。这种药剂在被水所包围的矿物上的固着取决于矿物的晶格结构以及磨矿时沿其产生裂开的表面特点。除这些影响其表面裂开性质的内在因素外,外在因素具有极为重大的意义,这些外在因素结果与内在因素一起导致了不均匀表面的形成,并使浮选药剂斑点状地(呈嵌晶状地)分布在矿物表面上。这种矿物表面的动力不均匀状态造成了不同的水化程度,并为相界面的水化层破裂创造了先决条件。运用放射性同位素是解决浮选过程理论和控制问题的最完善的试验方法。由于所取得的结果的高度灵
Flotation reagents fixed on the mineral surface mechanism is one of the main problems of flotation, this mechanism determines the flotation reagents selectively attached to the bubbles. The immobilization of such agents on minerals surrounded by water depends on the crystal lattice structure of the minerals and the surface features along which they are cleaved during grinding. In addition to these internal factors that affect the nature of their surface dehiscence, external factors are of great importance, and these external factors together with internal factors lead to the formation of an inhomogeneous surface and the flotation agent speckled Crystalline) distributed on the mineral surface. The dynamic inhomogeneity of the mineral surface creates a different degree of hydration and creates a prerequisite for the hydration of the phase interface to rupture. The use of radioisotopes is the most complete test method for solving the theoretical and control problems of flotation processes. Due to the high spirit of the results achieved