摘要
传统的地质信息研究中,二维剖面图难以形象、真实反映三维地质实体状态,随着计算机图形学和可视化技术的不断完善,矿业地质软件构建的地质模型可以精确表征矿体三维状态和品位分布特征。本文借助3DMine软件,利用距离幂次反比法构建了鹿鸣钼矿工业矿和无矿夹核三维地质模型,为矿山运营中和配矿、年季月采掘计划、贫损控制提供基础保障。
3D geological solid was difficult to be imaged vividly and really by Two- dimensional geological profile in tra- ditional geological information research. With the continuous improvement of computer graphics and visualization tech- nology, 3D ore-body state and grade distribution can be accurately characterized by using mining geological software. In this paper, based on distance power inverse ratio method, geologic model of industrial ore and no ore core of Lu- ruing Molybdenum Mining were structured by using 3DMine, which could provide basic support to neutral ore matching, monthly/quarterly/annual plans and ore loss and dilution controlling in the process of mine operation.
作者
刘勇
高秀航
LIU Yong GAO Xiu-hang(Yichun Luming Mining Co. , Yichun 152500, China)
出处
《有色矿冶》
2017年第4期11-14,共4页
Non-Ferrous Mining and Metallurgy
