东华理工大学地球科学学院
纸质出版:2016
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[1]罗建群,李匡雨,王昊,侯曼青,王峰,周邓.相山火山盆地三维地质结构模型的构建及分析[J].能源研究与管理,2016(02):29-33+47.
罗建群, 李匡雨, 王昊, et al. Three-Dimensional Geological Modeling and Analysis of the Xiangshan Volcanic Basin[J]. 2016, (2): 29-33+47.
[1]罗建群,李匡雨,王昊,侯曼青,王峰,周邓.相山火山盆地三维地质结构模型的构建及分析[J].能源研究与管理,2016(02):29-33+47. DOI: 10.16056/j.1005-7676.2016.02.007.
罗建群, 李匡雨, 王昊, et al. Three-Dimensional Geological Modeling and Analysis of the Xiangshan Volcanic Basin[J]. 2016, (2): 29-33+47. DOI: 10.16056/j.1005-7676.2016.02.007.
为探测相山火山盆地-3 000 m以浅主要目标地质体的空间分布为主要目的
在充分收集原有地、物、钻、坑等资料的基础上
以GOCAD软件为建模平台
根据19条MT地质解译剖面
结合1∶50 000地质图
并将钻孔、勘探线剖面等数据作为约束条件
构建了相山火山盆地三维地质结构模型。该模型能够高效表达深部地质信息
具空间关系的确定性、可动态编辑与更新、分析和计算功能等功能
为揭示相山火山盆地三维结构和深部找矿提供了实用、直观的信息。根据空间上的铀矿化规律进行深部成矿预测并圈定了2处铀成矿有利部位。
In order to figure out the geological bodies spetial characteristics less than 3000 m
and integrating data of geological
geophysical
drilling and mining is needed
with GOCAD software as platform
19 MT profiles as the main modeling data
companied by 1:50 000 geological maps
prospecting profiles
trench
drill logging
and finally establish 3D geological model of Xiangshan volcanic basin.The 3D model can efficiently express the deep geological information
Data in3 D model could be updated
dynamic edited
determine the spetial relationships
analysis and calculation
etc.
it provides a practical
intuitive information toreceal the deep geological structure and metallogenic prediction. According to the Uranium mineralization regularity in space
predict and select two favourable areas for ore formation.
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