摘要
本文根据理论分析和实际调查,提出了高潜水位平原矿区最优积水面积的确定是矿区实行综合治理的首要环节的论点,并用模糊(Fuzzy)综合评判与层次分析法(AHP)相结合的方法,对开采沉陷区最优积水面积进行了研究,探索出一条在高潜水位平原矿区实行综合治理的新途径。本文将研究结果在徐州某矿区进行了实际应用,取得了满意的结果。
According to theoretical analysis and practical investigation, this paper advances an idea that the determination of the optimum catchment area in mining area with high phreatic water level is the first link for comprehensive management in mining area. Combining the Fuzzy synthetic evaluation with analytic hierarchy process (AHP), the authors analyse and evaluate all factors which affect the determination of optimum catchment area in minig area with high phreatic water level, advance a method to determine the optimum catchment area suitable to mining subsidence feature. A satisfactory result has been found in a mine by using the method mentioned above.
出处
《中国矿业大学学报》
EI
CAS
CSCD
北大核心
1992年第2期73-81,共9页
Journal of China University of Mining & Technology
关键词
矿区
积水面积
复垦规模
治理
Fuzzy synthetic evaluation, analitic hierarchy process, mining subsidence, optimum catchment area
