Preparability of Iron Ore from Yakovlevo Deposit, Kursk Magnetic Anomaly, Using Coarse Particle Separation Methods

IF 0.7 4区工程技术 Q4 MINING & MINERAL PROCESSING

Journal of Mining Science Pub Date : 2024-03-12 DOI:10.1134/s1062739123060121

D. N. Shibaeva, A. A. Kompanchenko

引用次数: 0

Abstract

The article presents evaluation of preparability of iron ore from Yakovlevo deposit, Kursk Magnetic Anomaly, using magnetic, gravity and X-ray radiometric methods of coarse particle separation. The detailed study involved a material with particle size of \(-100+25\) mm, containing 25–45% Fe\(_\mathrm{total}\) and 3–35% of Fe\(_\mathrm{magn}\) and requiring dressing. It is found that effective separation of the initial feedstock into ore and dirt is ensured by the X-ray radiometric method of separation of coarse particles \(-50+25\) mm in size. At the analytical parameter equal to 2, the increase in the content of Fe\(_\mathrm{total}\) in the ore product reaches 1.18 times at the loss of 5.52%.

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利用粗颗粒分离方法制备库尔斯克磁异常区雅科夫列沃矿藏的铁矿石

摘要文章介绍了使用磁力、重力和X射线辐射测量法进行粗颗粒分离，对库尔斯克磁异常区雅科夫列沃矿床铁矿石的可制备性进行的评估。详细研究涉及的材料粒度为（-100+25）毫米，含铁（总铁）25-45%，含铁（磁铁）3-35%，需要进行选矿。研究发现，通过 X 射线辐射测量法分离粗颗粒（-50+25）毫米，可以有效地将初始原料分离为矿石和污垢。当分析参数等于2时，矿石产品中铁的含量增加了1.18倍，损失率为5.52%。

本文章由计算机程序翻译，如有差异，请以英文原文为准。

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来源期刊

Journal of Mining Science 工程技术-矿业与矿物加工

CiteScore

1.70

自引率

25.00%

发文量

审稿时长

24 months

期刊介绍： The Journal reflects the current trends of development in fundamental and applied mining sciences. It publishes original articles on geomechanics and geoinformation science, investigation of relationships between global geodynamic processes and man-induced disasters, physical and mathematical modeling of rheological and wave processes in multiphase structural geological media, rock failure, analysis and synthesis of mechanisms, automatic machines, and robots, science of mining machines, creation of resource-saving and ecologically safe technologies of mineral mining, mine aerology and mine thermal physics, coal seam degassing, mechanisms for origination of spontaneous fires and methods for their extinction, mineral dressing, and bowel exploitation.