基于IGA-FL融合算法的有色金属选矿精矿品位优化研究  

Optimization of concentrate grade in non-ferrous metals mineral processing based on IGA-FL fusion algorithm

作　　者：张健仁 周新宇 廖辉宝 刘欣宇 Zhang Jianren;Zhou Xinyu;Liao Huibao;Liu Xinyu(Basic Geological Survey Institute of Jiangxi Geological Survey and Exploration Institute;Jiangxi Nonferrous Geological Exploration and Development Institute)

机构地区：[1]江西省地质调查勘查院基础地质调查所 [2]江西有色地质矿产勘查开发院

出　　处：《黄金》2024年第11期99-103,共5页Gold

摘　　要：为优化有色金属选矿过程的精矿品位,将模糊逻辑算法与免疫遗传算法进行融合,设计出了一种IGA-FL融合算法,并基于该融合算法构建有色金属选矿检测模型,对有色金属选矿的精矿品位进行检测和优化。对比试验结果显示,IGA-FL融合算法的数据查全率为99.7%,计算速度为16.7 bps;基于该算法的检测模型平均检测准确率为97.3%,检测耗时1.8 s。应用基于IGA-FL融合算法的检测模型后,有色金属选矿精矿品位达到70.5%,说明该检测模型能够对有色金属选矿的精矿品位进行优化。To optimize the concentrate grade in the beneficiation process of non-ferrous metals,a fusion algorithm combining fuzzy logic(FL)and immune genetic algorithm(IGA)was developed.Based on this fusion algorithm,a detection model for the beneficiation of non-ferrous metals was constructed to detect and optimize the concentrate grade.Comparative test results show that the data recall rate of the IGA-FL fusion algorithm is 99.7%,with a computation speed of 16.7 bps.The average detection accuracy of the model based on this algorithm is 97.3%,with a detection time of 1.8 s.After applying the detection model based on the IGA-FL fusion algorithm,the concentrate grade of non-ferrous metal beneficiation reached 70.5%,indicating that this model can optimize the concentrate grade effectively.

关 键 词：有色金属选矿 精矿品位 模糊逻辑算法 免疫遗传算法 融合算法 检测模型 

分 类 号：TD98[矿业工程—选矿]