首页|基于地质模型的金属矿藏存量测量系统的实现

基于地质模型的金属矿藏存量测量系统的实现

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金属矿产指从中可以提取出金属资源的有用矿物资源.金属矿体具有不同于其他矿藏的特有的空间几何特征、属性特征,空间关系特征,利用这些特征构建的各种矿床勘探综合图件,是地质建模的基础.本文通过对金属矿床空间分布特征及其图示化表达形式的分析研究,采用"由面到体"的实体建模方案,建立地质模型.进而建立了金属矿藏储量的测量系统,可以动态的测量评估金属矿藏储能.
Implementation of a metal deposit stock measurement system based on geological models
Metal minerals refer to useful mineral resources from which metal resources can be extracted.Metal ore bodies have unique spatial geometric features,attribute features,and spatial relationship features that are different from other mineral deposits.The comprehensive maps of mineral deposit exploration constructed using these features are the foundation of geological modeling.This article analyzes and studies the spatial distribution characteristics and graphical representation of metal deposits,and adopts a"face to body"solid modeling scheme to establish a geological model.Furthermore,a measurement system for the reserves of metal mines was established,which can dynamically measure and evaluate the energy storage of metal mines.

geological modelMetal depositsInventorymeasure

李曲折

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赣州市国土空间调查规划研究中心,江西 赣州 341000

地质模型 金属矿藏 存量 测量

2024

世界有色金属
有色金属技术经济研究院

世界有色金属

影响因子:0.138
ISSN:1002-5065
年,卷(期):2024.(7)