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我国某地含铀铁硼矿是一种新类型多金属矿床。矿体呈马蹄形环带状,矿石氧化程度低,几乎全部为原生矿。主要伴生有综合利用价值的元素为铁(31.74%)、硼(6.75%)、铀(0.0057%)。自1958年发现以来,许多单位曾对该矿石的物质组成和铁、硼的选冶性能进行过研究。但由于有用矿物嵌布粒度细小、连生特征复杂,给铁、硼、铀的分选和精矿处理造成许多困难。为了充分利用矿产资源,我们经过多种方案的对比试验,研究出用磁
China's uranium-bearing iron and boron mine is a new type of polymetallic deposits. Ore bodies are horseshoe-shaped ring belt, ore oxidation is low, almost all of the primary ore. The main associated with comprehensive utilization of the value of the elements are iron (31.74%), boron (6.75%), uranium (0.0057%). Since its discovery in 1958, many units have studied the material composition of the ore and the iron and boron smelting performance. However, due to the small size of the useful minerals embedded in cloth, even with complex features, the iron, boron, uranium sorting and concentrate processing caused many difficulties. In order to make full use of mineral resources, we have a variety of programs after the comparison test, with magnetic