金属矿隐覆采空区探测及其边界智能预测
首发时间:2011-04-22
摘要:隐覆采空区的大小和位置存在不确定性,导致空区处理和灾害治理难以实施,有必要研究采空区精确探测方法与技术。针对栾川钼矿和大宝山铜矿隐覆采空区特征,提出了高密度电法与地震映像法相结合辅以钻孔验证的金属矿隐覆采空区探测方法,工程应用结果表明,该方法经济可行,探测精度高。采用分形理论研究了采空区分形特征,研究数据显示,采空区分形盒维数反映了采空区复杂程度或不规则程度。用采空区分形盒维数和工程探测数据,建立了采空区上部边界和下部边界的神经网络智能预测模型,该模型根据采空区已有边界特征,智能预测未知或仪器测量不到的采空区边界,节省了隐覆采空区探测成本,提高了探测效率。
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Detection of metal mine hidden goaf and intelligent prediction of boundary
Abstract:As the size and location of the hidden goaf uncertainty exists, it causes the disaster controlling and goaf treatment is difficult to implement, precise detection methods and technology of the hidden goaf must to be studied. According to the characteristics of hidden goaf of Luanchuan Molybdenum mine and Dabaoshan Copper mine, a new detection method, high-density electrical method combined with the seismic imaging method, aided with the drilling verification metal hidden goaf, is put forward. Results of engineering application show that this method is of high precision, economic and feasible. Using fractal theory to study fractal characteristics of goaf, the data display, fractal box dimension of goaf reflects the degree of complexity and irregularity. With fractal box dimension and engineering detection data of goaf, neural network intelligent forecast model is established for the upper boundary and lower boundary of goaf. According to the existing characteristic of goaf boundary, the model can intelligent prediction goaf boundary, which is unknown or instrument can not measure, and it saves the cost of hidden goaf exploration and improves the efficiency of detection.
Keywords: hidden goaf intelligent prediction model fractal neural network
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