地质与勘探2017，Vol.53Issue(5)：968-976,9.
相山铀矿田横涧-岗上英矿区三维预测
3 D Prediction of the Hengjian-Gangshangying Mining Area in the Xiangshan Uranium Ore-Field
摘要
Abstract
3D geological modeling technology plays an indispensable role in the process of prospecting at depth. This work analyzed the geological conditions of the Hengjian-Gangshangying mining area in the Xiangshan ore field based on the theories of metallogenic, prediction, mineral resources ex-ploration and evaluation. The models of topography, strata, structure, rock-bodies, ore-bodies and drilling were established by the 3D geological mod-eling software—GoCAD and a geological prospecting model was also built combined with the experiences of mineral resources exploration and mining. As a result, three favorable places for prospecting were delineated using the method of prospecting information. Results show that the deep subsurface of the Hengjian-Gangshangying mining area has a large prospecting potential.关键词
GoCAD/地质建模/三维预测/横涧-岗上英矿区/相山铀矿田Key words
GoCAD/geological modeling/3D prediction/Hengjian-Gangshangying mining area/Xiangshan uranium ore-field分类
天文与地球科学引用本文复制引用
马恒,朱鹏飞,张松,何紫兰,曹珂,白芸,孔伟豪..相山铀矿田横涧-岗上英矿区三维预测[J].地质与勘探,2017,53(5):968-976,9.基金项目
科技部"我国找矿科研基底规范与关键技术应用研究"(201011002-10)资助. （201011002-10）
