CAJ | 학술논문

将对称结构磁系（溢流出口位于磁包角之外）改为非对称结构磁系（溢流出口位于磁包角之内），提高了溢流出口处的背景磁感应强度，有效降低了因水流作用造成弱磁性矿物在溢流出口处的脱落。改进后的磁系结构全部的排矿出口都位于磁系的下部，磁系上部不会有敞开式的水流通道，减少了滴漏及溅射。目前此种磁系结构已经在工业上大规模应用，设备的性能及选矿指标都有了明显的改善。
장대칭결구자계（일류출구위우자포각지외）개위비대칭결구자계（일류출구위우자포각지내），제고료일류출구처적배경자감응강도，유효강저료인수류작용조성약자성광물재일류출구처적탈락。개진후적자계결구전부적배광출구도위우자계적하부，자계상부불회유창개식적수류통도，감소료적루급천사。목전차충자계결구이경재공업상대규모응용，설비적성능급선광지표도유료명현적개선。
Changed the symmetry magnetic system structure (overflow outlet located outside of the magnetic wrap angle) to asymmetric magnetic system structure (overflow outlet is located in the corners of the magnetic wrap angle) can enhance the background magnetic flux density of the overflow outlet. Effectively reducing the shedding of the weakly magnetic minerals because of the action of water in the overflow outlet. The improved magnetic system structure all of discharge outlet are located in the lower magnetic system, the upper magnetic system have no open channel flow, reduced dripping and sputtering. Currently this magnetic system structure has large-scale applications in industry,equipment performance and beneficiation indicators has improved significantly.