曹邦省平阳矿床勘探可靠性评价及铀储量计算

P. Nguyen, Huan Dinh Trinh, Giang Truong Nguyen, Chau Le Tran
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摘要

本文介绍了运用数学统计和地质统计等多种方法对曹邦省平阳矿进行可靠性评价和铀储量计算的新结果。结果表明:—平阳矿床铀矿体呈透镜状,形态结构复杂。它们属于小规模类型,变化复杂。-用矿厚加权平均法计算的工业矿体铀含量与邻体法估算的铀含量相当。然而,这些值系统性地低于平均值。平阳铀矿床储量勘探和计算可靠性的关键因素是矿体厚度和样品分析中的随机误差。-在考虑利用矿体内部和外部外推边界的效率的情况下,计算铀储量的误差比不考虑这种效率的情况更大。-沿走向40米和沿斜坡20÷40米范围内的勘探网络已经开展,有足够的依据计算122层的储量;然而,在这个网络之外,只响应333级计算资源的需求。
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Evaluating the reliability of the exploration and calculating Uranium reserves of the Binh Duong Deposit, Cao Bang province
This paper presents new results about evaluating the exploration's reliability and Uranium reserve calculation of the Binh Duong deposit, Cao Bang province, by using the multiple math statistical and geostatistics methods. The results indicte: - The Uranium ore bodies in the Binh Duong deposit are lenticular-shaped, complex morphology and structure. They belong to the small-scale type, with complex changes. - The Uranium contents of industrial ore bodies calculated by the ore thickness’ weighted average method are comparable to those estimated by the adjacent bulk method. However, these values are systematically lower than the mean values. - The crucial factor in the reliability of the exploration and calculation for reserves in the Binh Duong Uranium deposit are the ore bodies’ thickness and random error in sample analysis. - The error in calculating uranium reserves in the case of taking into account the efficiency of using the internally and externally extrapolating boundaries of the ore body are larger than the case without paying attention to this efficiency. - The exploration network has been carried out being within 40m along the strike and 20÷40 m along the slope, enough basis to calculate reserves at level 122; however, out of this network only responds to the requirement of calculating resource at level 333.
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