摘要
随着地质统计学、数学、计算机图形学和网络技术的发展,在科学计算可视化的基础上,工程地质逐渐向综合集成化、数字化、可视化的方向发展。文章以某锡矿为例,基于地质统计学理论和方法,应用能够反映区域化变量特征的变异函数,利用三维矿业软件建立了矿山矿床的数学模型和工程实体模型。结果表明,建立的实体模型更加逼真的反映了矿山开采现状,在矿山采矿方法设计中,应用可视化真三维技术不仅十分必要,而且完全可行,它突破了传统的设计模式和方法,极大提高了采矿方法设计的工作效率,使采矿方法的设计更加直观、形象、容易理解,应用前景必将越来越广泛。
Along with the development of geological statistics,mathematics,computer graphics and network technology,engineering geology gradually develops towards a comprehensive integrated,digital,visual direction based on scientific visualization.The paper took a tin mine as research object,and established a 3D modes of deposit and engineering,which were based on theory and method of geostatistics,especially used variogram which may reflect the characteristics of regionalized variables.The research shows that the models vividly reflected mining current status,and it is necessary and feasible to use the true three-dimensional technology in mining design.It breaks the traditional design pattern and methods,greatly improves the work efficiency of mining methods design,and makes mining design more intuitive,vivid and easier to be understood.
出处
《中国钼业》
2010年第4期9-13,共5页
China Molybdenum Industry
关键词
三维可视化
地质统计学
采矿设计
three-dimensional visualization
geostatistics
mining design
