摘要
在介绍GMS生成水文地质结构实体模型方法的基础上,利用武山矿区大量钻孔数据,建立了该侵入岩矿区水文地质结构三维可视化模型。结果表明:将武山岩体的horizon ID设置为第7层,插入Q与T1d2—T2j之间建模取得了较好的效果;建立的可视化模型可以灵活地实现含水层的拆分组合、任意剖面及任意方向的旋转、切剖面等功能,并能清晰地展示含水层的空间分布特征,为了解水文地质结构特征、进一步挖掘地质与水文地质相关信息提供了方便。
Based on GMS,this paper uses a series of borehole data to establish hydrogeological structure visualization model in Wushan Mine.Results indicate that,based on GMS,it is feasible to construct the hydrogeological structure model in intruded rock-occurring region,which sets intruded rock（r）’s horizon ID as 7 and inserts it between Q and T1d2—T2j strata in Wushan Mine.Visualization model can achieve the functions of the splitting and combination of the aquifer,the rotation of any section and any direction,section cutting and so on.The model can also clearly reflect the spatial structural relationship among aquifers so as to provide more related geological and hydrogeological information.
出处
《安全与环境工程》
CAS
北大核心
2012年第4期125-128,共4页
Safety and Environmental Engineering
基金
江西省瑞昌市武山矿区深部开采水文地质条件研究项目
