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Integrated Physical Property Modeling with 3D Visual Technique-a Case Study in Lishui Depression, East China Sea Basin

机译:综合物理性质建模与3D视觉技术 - 以丽水洼地,东海盆地案例研究

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摘要

3D geological modeling and visualization are the key technique issues to implement the plan of "Digital Earth". However, 3D physical property model varies depending on the technology of 3D geological modeling which will bring about great changes in the reflection of reservoir property. In this paper, Some super voxel models, mathematical models of fault and geometrical models of fold have been contrived so as to show the space geometric configuration of the complicated geologic structures. And the architecture for integrated physical property modeling is established; Based on the physical property model, the spatial distribution and plane spread of reservor property is displayed detailedly with Sequential Gaussian simulation. By integrating geological database, sedimentary facies maps with those property models, geologists will be able to capture the partial characteristics and whole structure embodied in the geological data in a direct-viewing, figurative and accurate manner.
机译:3D地质建模和可视化是实施“数字地球”计划的关键技术问题。然而,3D物理性质模型根据3D地质建模技术而变化,这将带来储层性能反射的巨大变化。在本文中,一些超级体素模型,故障数学模型和折叠的几何模型,以显示复杂地质结构的空间几何配置。建立了集成物理性质建模的架构;基于物理性质模型,保存体属性的空间分布和平面扩展是详细介绍的,具有顺序高斯模拟。通过整合地质数据库,沉积相与这些属性模型映射,地质学家将能够以直视,比喻和准确的方式捕获地质数据中体现的部分特征和整个结构。

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