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Study of 3D Geological Structure Modeling and Visualization Application Based on Computer Technology

机译:基于计算机技术的3D地质构造建模与可视化应用研究

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The paper takes Yinchuan plain as a research object, and basically investigated the quaternary geology and the spatial distribution and structure characteristics of groundwater system. The method of virtualizing boreholes is used to increase borehole data in accordance with the well-developed geological structures, the complex strata and lithology, the multiple geomorphologic units, the large area and the unevenly distributed boreholes. Based on the platform of geostatistics and Groundwater Modeling System (GMS), the three-dimensional geological structure model has been set up which reflects the hydrogeological conditions in the study area and the visualization of hydrogeological structure has been realized. All of these provide the foundation for exactly evaluating groundwater aquifer and rationally developing and utilizing groundwater.
机译:本文以银川平原为研究对象,基本研究了第四纪地质及地下水系统的空间分布和构造特征。根据发达的地质构造,复杂的地层和岩性,多种地貌单元,大面积和不均匀分布的井眼,使用井眼虚拟化方法来增加井眼数据。在地统计学和地下水建模系统(GMS)平台的基础上,建立了反映研究区水文地质条件的三维地质结构模型,实现了水文地质结构的可视化。这些都为准确评估地下水含水层以及合理开发和利用地下水提供了基础。

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