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本文叙述了粒度—回收率曲线对连生情况的反映,并举例说明了连生情况与浮选性质差异性之间的动力学关系。分析连生颗粒在工业浮选实践中的行为,导出了连生颗粒的可浮性方程式,它与依赖于粒度的单体颗粒的浮选特性有关。根据这个方程式绘出了同等的连生程度颗粒的粒度—可浮性曲线,这些曲线被划分成几个与中间产品再磨的多段浮选相当的、具有一定特征的区域,它可以作为回收连生体的一种合适途径。从浮选动力学和流程设计的角度对粗选、中间产品再选、中间产品再磨及中矿处理等作业的目的和作用作了阐述。重点放在分配曲线对确定各浮选作业分选特性的意义方面。为了在模拟过程中计算已分级的连生体,对模式转化的应用作了介绍。模拟过程计算的结果说明了连生颗粒对浮选实践的影响
This paper describes the particle size - recovery curve on the case of the students reflect the situation and gives an example illustrates the kinetic relationship between the contingency and the difference in the nature of the flotation. The behavior of Liansheng granule in industrial flotation was analyzed, and the floatability equation of Liansheng granule was derived, which is related to the flotation characteristics of the granule dependent granule. Based on this equation, the particle size-floatability curves for the particles of the same degree of succession are plotted, and the curves are divided into several regions of certain characteristics corresponding to the regrind of the regrind of the intermediate product. A suitable way of living. From the perspective of flotation kinetics and process design, the purpose and function of rough selection, re-election of intermediate products, intermediate product regrounding and medium ore handling are elaborated. The emphasis is on the significance of the distribution curve in determining the sorting characteristics of each flotation job. In order to calculate graded organisms in the simulation, the application of pattern transformation was introduced. The results of the simulation process illustrate the effect of Liansheng particles on flotation practices