摘要
普朗铜矿一期采选工程设计规模1 250万t/a,现正准备基建,为了更合理的安排矿山地下工程的施工顺序,在最短的工期内完成矿山基建工程,采用了DIMINE三维矿业软件对基建期的地下工程施工网络计划进行了编制。三维矿业软件融合了矿山的地质、测量和采矿专业的知识于一平台,在此平台上建立的矿山各种采掘工程在空间上的关系十分清晰,且能在三维空间中查询矿体的品位信息,为应用优化法和模拟方法进行采掘工程顺序确定和资源分配提供了基础和手段。
The design scale of Pulang copper mining engineering first phase is 12.5 million tons per year. The project is now ready infrastructure. For a more reasonable arrangement mine underground engineering construction order, and in order to complete mining infrastructure projects in the shortest period, DIMINE 3D mining software is used to prepare the infrastructure underground construction network planning. 3D mining software integrates the professional knowledge of mine geology, measuring and mining on a platform. The space relationship of various mining projects built on this 3D mining software is very clear. The grade of the ore body can be queried in 3D space. This provides the basis and means for determining mining sequence and allocating resources with the application of optimization method and simulation method.
出处
《湖南有色金属》
CAS
2014年第3期1-5,共5页
Hunan Nonferrous Metals
基金
云南省省院省校科技合作计划项目(2006YX26)
云南省技术创新暨产业发展专项项目(2007GA007)
