基于实验研究分析金属矿山矿石构造对智能光电预选技术分选效果的影响

    Based on Experimental Research and Theoretical Analysis of the Effect of Ore Structure of Metal Mine on Intelligent Photoelectric Pre-separation

    • 摘要: 这是一篇矿业工程领域的论文。针对酒钢桦树沟铁矿、桦树沟铜矿及小柳沟钨矿,采用X射线智能分选机,进行了采出原矿的智能预选抛尾实验研究,取得了较好的预先抛尾处理效果。实验结果分析表明,智能光电预选技术分选效果除与设备的自身性能有关外,还取决于采矿过程中围岩混入量和矿石的性质。定性分析了矿石构造影响有用矿物和脉石的有效解离程度,从而影响X射线对矿石的表面辐射、透射和图像色选的识别,决定了智能光电选矿设备对矿石选别的难易程度和效果。

       

      Abstract: This is an article in the field of mining engineering. Aiming at the raw ore mined from Hushugou iron mine, Hushugou copper mine and Xiaoliugou tungsten mine of Jiuquan Iron and Steel Co., Ltd., the experimental study of pre separation and tailing is carried out by using X-ray intelligent sorter, and good treatment effect is obtained. Through the analysis of experimental results, the separation effect of intelligent photoelectric pre separation technology is not only related to the performance of the equipment, but also depends on the mixing amount of surrounding rock and the nature of ore in the mining process. It is analyzed that the ore structure affects the effective dissociation degree of useful minerals and gangue minerals, which affects the surface radiation, transmission and image color separation of X-ray, and determines the difficulty and effect of intelligent photoelectric beneficiation equipment on ore separation.

       

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