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Grade Distribution and Orebody Demarcation of Bauxite Seam Based on Coupled Interpolation

机译:基于耦合插值的铝土矿矿床品位分布与矿体分界

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摘要

A three-dimensional coupled interpolation method with three steps was proposed to establish a smooth and precise grade distribution model of bauxite seam. Compared with and supported by the field grade data measured by some exploratory boreholes, the stability of interpolation model established by natural neighbor method is the best to depict a thin bedded deposit to be more physically realistic in data interpolation. Based on this model, the total volume of bauxite seam in the 1102 longwall mining panel is , in which the average values of mass fraction of and mass ratio of to are 55.09% and 17.72, respectively. Demarcated by industrial standards, the volume, the average mass fraction of and the average mass ratio of to of bauxite orebody are , 61.58% and 27.10, respectively. These mean that the bauxite orebody has abundant high-grade ore.
机译:提出了三步三维耦合插值方法,建立了铝土矿层顺滑而精确的坡度分布模型。与一些勘探井眼所测得的现场坡度数据相比,自然邻域方法建立的插值模型的稳定性最好地描述了一种薄层状矿床,使其在数据插值中更加真实。在此模型的基础上,1102长壁开采板中铝土矿层的总体积为,其中的质量分数和的质量比的平均值分别为55.09%和17.72。按照工业标准划分,铝土矿矿体的体积,平均质量分数和的平均质量比分别为61.58%和27.10。这意味着铝土矿体具有丰富的高品位矿石。

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