CAJ | 학술논문

矿山地质灾害危险性评价的影响因素较多，又多具不确定性和模糊性。目前对矿山地质灾害危险性评价主要采用定性的专家打分法，具有一定的主观性。基于以上考虑，在分析矿山地质灾害形成影响因素的基础上，应用模糊层次分析法(FAHP)量化了各评价因素的权重，并将该权重引入模糊综合评价，建立了基于FAHP的模糊综合评价的矿山地质灾害危险性评价数学模型。并应用此方法对陕北某矿区的地质灾害危险性进行了评价，评价结果与实际调查结果比较吻合。
광산지질재해위험성평개적영향인소교다，우다구불학정성화모호성。목전대광산지질재해위험성평개주요채용정성적전가타분법，구유일정적주관성。기우이상고필，재분석광산지질재해형성영향인소적기출상，응용모호층차분석법(FAHP)양화료각평개인소적권중，병장해권중인입모호종합평개，건립료기우FAHP적모호종합평개적광산지질재해위험성평개수학모형。병응용차방법대협북모광구적지질재해위험성진행료평개，평개결과여실제조사결과비교문합。
In mine geological hazard risk assessment has many contributing factors, mostly with uncertainty and fuzziness. At present, the assessment mainly adopts qualitative expert marking method with a certain degree of subjectivity. In this connection, on the basis of mine geological hazard contributing factor analysis, using fuzzy analytical hierarchy process (FAHP) quantized weight of each factor and introduces the weight into fuzzy comprehensive evaluation, finally established mine geological hazard assessment mathematical model based on FAHP fuzzy comprehensive evaluation. Using the method assessed geological hazard risk for a northern Shaanxi mine area;the result is tally with empirical investigation.