By the aid of the international mining software SURPAC, a geologic database for a multi-metal mine was established, 3D models of the surface, geologic fault, ore body, cavity and the underground openings were built, a...By the aid of the international mining software SURPAC, a geologic database for a multi-metal mine was established, 3D models of the surface, geologic fault, ore body, cavity and the underground openings were built, and the volume of the cavity of the mine based on the cavity 3D model was calculated. In order to compute the reserves, a grade block model was built and each metal element grade was estimated using Ordinary Kriging. Then, the reserve of each metal element and every sublevel of the mine was worked out. Finally, the calculated result of each metal reserve to its actual prospecting reserve was compared, and the results show that they are all almost equal to each other. The absolute errors of Sn, Pb, and Zn reserves are only 1.45%, 1.59% and 1.62%, respectively. Obviously, the built models are reliable and the calculated results of reserves are correct. They can be used to assist the geologic and mining engineers of the mine to do research work of reserves estimation, mining design, plan making and so on.展开更多
当今矿业已逐渐向着数字化、可视化的方向发展。矿山三维可视化地质建模是矿床的数字表征,是"数字矿山"的关键技术之一。本文应用澳大利亚SMG(Surpac Minex Group Pty Ltd)公司的Surpac大型矿山工程软件,构建了某铁矿的三维...当今矿业已逐渐向着数字化、可视化的方向发展。矿山三维可视化地质建模是矿床的数字表征,是"数字矿山"的关键技术之一。本文应用澳大利亚SMG(Surpac Minex Group Pty Ltd)公司的Surpac大型矿山工程软件,构建了某铁矿的三维可视化地质模型。并采用距离幂次反比法和地质统计学方法,分别对块体模型进行了品位估值,以及利用块体模型进行了矿体储量计算。计算结果准确,为合理开发矿山资源提供了科学依据。展开更多
矿山地质建模是数字矿山的关键技术之一。采用大型矿业软件Surpac V ision建立了某矿山的矿山三维地质模型。采用地质统计学方法对块体模型进行品位估值,并利用块体模型进行矿体储量计算。矿山三维地质的建立简化了矿山复杂的手工作图...矿山地质建模是数字矿山的关键技术之一。采用大型矿业软件Surpac V ision建立了某矿山的矿山三维地质模型。采用地质统计学方法对块体模型进行品位估值,并利用块体模型进行矿体储量计算。矿山三维地质的建立简化了矿山复杂的手工作图、储量计算等,计算结果准确,可用于矿山生产阶段的资源评估、储量计算、矿山设计等。展开更多
基金Project(50490274) supported by the National Natural Science Foundation of China
文摘By the aid of the international mining software SURPAC, a geologic database for a multi-metal mine was established, 3D models of the surface, geologic fault, ore body, cavity and the underground openings were built, and the volume of the cavity of the mine based on the cavity 3D model was calculated. In order to compute the reserves, a grade block model was built and each metal element grade was estimated using Ordinary Kriging. Then, the reserve of each metal element and every sublevel of the mine was worked out. Finally, the calculated result of each metal reserve to its actual prospecting reserve was compared, and the results show that they are all almost equal to each other. The absolute errors of Sn, Pb, and Zn reserves are only 1.45%, 1.59% and 1.62%, respectively. Obviously, the built models are reliable and the calculated results of reserves are correct. They can be used to assist the geologic and mining engineers of the mine to do research work of reserves estimation, mining design, plan making and so on.
文摘当今矿业已逐渐向着数字化、可视化的方向发展。矿山三维可视化地质建模是矿床的数字表征,是"数字矿山"的关键技术之一。本文应用澳大利亚SMG(Surpac Minex Group Pty Ltd)公司的Surpac大型矿山工程软件,构建了某铁矿的三维可视化地质模型。并采用距离幂次反比法和地质统计学方法,分别对块体模型进行了品位估值,以及利用块体模型进行了矿体储量计算。计算结果准确,为合理开发矿山资源提供了科学依据。
文摘矿山地质建模是数字矿山的关键技术之一。采用大型矿业软件Surpac V ision建立了某矿山的矿山三维地质模型。采用地质统计学方法对块体模型进行品位估值,并利用块体模型进行矿体储量计算。矿山三维地质的建立简化了矿山复杂的手工作图、储量计算等,计算结果准确,可用于矿山生产阶段的资源评估、储量计算、矿山设计等。
