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Hydrogeological Structure model of the aquifer in Wushan mine based on GMS

机译：基于GMS的武术矿区含水层的水文地质结构模型

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There has been a wide range of applications on establishing hydrogeological structure model in nearly horizontal strata. However, application of GMS on hydrogeological structure model in intruded rock-occurring region is rare. The purpose of this study is to establish the hydrogeological structure model with GMS software in Wushan Copper mine in Jiangxi province and explore the application of this model in rock-occurring region. The results indicate that: (1) It's feasible to construct hydrogeologic structure model in intruded rock-occurring strata areas, in which intruded rock's Horizon ID is set as 7 and inserted between Q and T_1d~2-T_2j strata in Wushan mine; (2) The model clearly reflects spatial structure relationship among aquifers; (3) Visualization model can depict split and combination of aquifer flexibly, rotation of any section and any direction, cutting section and other functions, and related geological and hydrogeological information.
机译：在几乎水平地层建立水文地质结构模型的广泛应用。然而，GMS对侵入的岩石发生区域中的水文地质结构模型的应用是罕见的。本研究的目的是在江西省武术铜矿的GMS软件建​​立水文地质结构模型，探讨该模型在岩石地区的应用。结果表明：（1）在侵入的岩石发生层区域构建水文地质结构模型是可行的，其中侵入的岩石的地平线ID设置为7并在巫山矿中插入Q和T_1D〜2-T_2J层; （2）该模型清楚地反映了含水层之间的空间结构关系; （3）可视化模型可以灵活地描绘含水层的分裂和组合，任何部分和任何方向，切割部分等功能以及相关地质和水文地质信息的旋转。

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