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西藏白容—岗讲铜(钼)矿三维地质建模及储量估算
引用本文:坚润堂,杨帆,王岩梅,韩艳韦. 西藏白容—岗讲铜(钼)矿三维地质建模及储量估算[J]. 金属矿山, 2015, 44(9): 95-99
作者姓名:坚润堂  杨帆  王岩梅  韩艳韦
作者单位:1.中国有色金属工业昆明勘察设计研究院,云南 昆明 650051;2.中国科学院广州地球化学研究所,广东 广州 510640
基金项目:基金项目 云南省科技计划项目(编号:2013CA019)。
摘    要:基于DIMINE软件,系统整理并数字化了白容—岗讲铜(钼)矿区大量的地质勘探资料,针对矿体簇型分布且矿脉纤细的特点,利用生成的钻孔数据库重新圈定了矿体,构建了白容—讲岗铜(钼)矿的地层模型、岩体模型及矿体模型,实现了矿区深部地质数据的三维可视化。经过反复计算校验,选取距离幂次反比法对该矿床内Cu、Mo品位进行赋值,并通过赋值结果对矿床资源储量进行估算和统计。结果表明:白容—岗讲铜(钼)矿区三维地质模型可从三维角度揭示矿区成矿规律以及地质体在地下的空间关系,为估算矿山资源储量提供了便利;在矿山三维地质建模的基础上采用距离幂次反比法估算资源储量精度较高,对于实现矿山资源动态管理具有一定的参考价值。

关 键 词:三维地质建模  储量估算  钻孔数据库  三维可视化  距离幂次反比法  成矿规律

Reserve Estimation and Establishment of Three-dimensional Geological Model of Bairong-Gangjiang Cu(Mo) Deposit,Tibet
Jian Runtang,Yang Fan,Wang Yanmei,Han Yanwei. Reserve Estimation and Establishment of Three-dimensional Geological Model of Bairong-Gangjiang Cu(Mo) Deposit,Tibet[J]. Metal Mine, 2015, 44(9): 95-99
Authors:Jian Runtang  Yang Fan  Wang Yanmei  Han Yanwei
Affiliation:1.Kunming Prospecting Design Institute,China Nonferrous Metals Industry,Kunming 650051,China;2.Guangzhou Institute of Geochemistry,Chinese Academy of Science,Guangzhou 510640,China;
Abstract:A large number of geological exploration data of Bairong-Guangjiang Cu(Mo) mining area are collated and digitized based on DIMINE software.According to the characteristics of the ore-bodies and mineral veins of Bairong-Gangjiang Cu(Mo) mining area,the ore-bodies are delineated again and the formation model,rock mass model and ore-body model of Bairong-Gangjiang Cu(Mo) mine are established by the generated drilling database so as to realize the three-dimensional visualization of the geological data in the deep Bairong-Gangjiang Cu(Mo) mining area.The Cu and Mo grades are assigned by adopting the distance power inverse ratio method by checking and calculating repeatedly.Based on the assigned results,reserves estimation and statistics of the Bairong-Guangjiang Cu(Mo) mine are conducted.The research results show that the three-dimensional geological model of the Bairong-Gangjiang Cu(Mo) mining area established in this paper can reveal the metallogenic regularities and the underground space distribution characteristics of the geological bodies from the perspective of three-dimensional,and it provides convenience for estimating the reserves of mineral resources;the precision of reserve estimation is high by using the distance power inverse ratio method based on the three-dimensiol geological model of Bairong-Guangjiang Cu(Mo) deposit.Therefore,it has some reference for realizing the dynamic management of mine resources.
Keywords:Three-dimensional geological modeling  Reserve estimation  Drilling database  Three-dimensional visualization  Distance power inverse ratio method  Metallogenic regularity
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