CAJ | 학술논문

矿物单体解离是矿物有效分选的先决条件，磨矿是矿物解离的关键工序。磨矿效果的好坏直接影响分选指标，磨矿产品粒度特性是确定磨矿分级设备、浮选工艺流程及药剂的依据。根据磨矿产品粒度特性与浮选的关系，确定最佳的磨矿条件，优化磨矿分级工艺，降低能耗，提高磨矿机生产能力，为有效浮选打下良好基础。本实验主要通过改变磨矿条件（包括磨矿时间、钢球配比，磨矿质量分数）得到磨矿产品，对磨矿产品进行筛分和浮选试验，然后根据浮选结果对磨矿条件进行回归分析，建立数学模型，确定最佳磨矿条件以及在该条件下的最佳粒度分布特性。
광물단체해리시광물유효분선적선결조건，마광시광물해리적관건공서。마광효과적호배직접영향분선지표，마광산품립도특성시학정마광분급설비、부선공예류정급약제적의거。근거마광산품립도특성여부선적관계，학정최가적마광조건，우화마광분급공예，강저능모，제고마광궤생산능력，위유효부선타하량호기출。본실험주요통과개변마광조건（포괄마광시간、강구배비，마광질량분수）득도마광산품，대마광산품진행사분화부선시험，연후근거부선결과대마광조건진행회귀분석，건립수학모형，학정최가마광조건이급재해조건하적최가립도분포특성。
Mineral monomer disintegrate is the precondition of the mineral effective separation, grinding is the key process of mineral monomer disintegrate. The quality of grinding directly impacts on the lfotation index, the features of grinding product and the useful components’ particle size distribution characteristics is the base of conifrming ore-milling classiifcation technology and equipment, the lfotation process and agentia. According to the connection between grinding product particle size distribution and lfotation, determining the most appropriate grinding conditions, optimizing the grinding classiifcation process, reducing the energy consumption and improving the production capacity of grinding machine. This paper mainly through changing grinding conditions (including grinding time, steel ball ratio, and grinding concentration) to get the grinding product ,and then having screening and lfotation tests. Regression analysis of grinding conditions is adopted based on lfotation results. Finally, grinding conditions are selected, the best particle size distribution is conifrmed.