Development of Virtual Simulation System for the Whole Life of Large Uranium Deposit
A large uranium deposit has large resources and thin ore bodies,it faces many technical problems in mining and is located in the ecologically fragile area of northern China.The emergence of virtual simulation technology provides a new means for the verification of mineral deposit mining tech-nology.By constructing a three-dimensional spatio-temporal model of the mineral deposit,and combi-ning with the mining time series of the deposit,the dynamic simulation of the whole life period of the mining process can be realized,and the dynamic display of the mine production links and construction procedures can provide a basis for the decision-making of mineral deposit development.Through the development of the virtual simulation system of the whole life cycle,a unique virtual environment is provided for the data synthesis and interpretation encountered in the planning and design of the large-scale uranium deposit mining engineering,the scene of the future development of the deposit is shown,the rationality and feasibility of the overall mining scheme of the deposit is verified,and the foundation is laid for the development of the deposit.
uranium depositintegral miningthree-dimensional spatio-temporal modelwhole life pe-riodvirtual simulationdecision-making
万方数据
维普
