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基于ANP和多级可拓的煤矿应急管理体系脆弱性研究

Study on the Vulnerability of Coal Mine Emergency Management based on ANP and Multi-level Extension

  • 摘要: 为全面系统地评价煤矿应急管理体系脆弱性,首先构建了由4个准则、20个具体指标组成的脆弱性评价指标体系;因其各指标因素间相互依赖、相互影响,引入网络层次分析法(ANP)构建判断矩阵以此确定权重。然后划分脆弱性等级,建立煤矿应急管理体系脆弱性评价的经典域与节域,构建评价指标与脆弱性等级的关联函数。最后,综合考虑各指标权重影响,结合多级可拓评价方法,确定煤矿应急管理体系脆弱性等级。运用该模型对陕西何家塔煤矿的应急管理体系进行脆弱性评价,结果显示该模型可行有效。

     

    Abstract: To comprehensively and systematically evaluate the vulnerability of coal mine emergency management system,firstly,the vulnerability assessment indexes system consisting of four guidelines and twenty specific indexes was constructed;because of the mutual dependence and mutual influence of each indicator factor,the analytic network process (ANP) was introduced to construct the judgment matrix to determine the weight.Secondly,the vulnerability was classified,the classic domain and section domain of vulnerability evaluation of coal mine emergency management system were established,the correlation function between the evaluation index and vulnerability level was constructed.Finally,the vulnerability grade of mine emergency management system was determined by taking into account the influence of each index weight and the multi-level extension evaluation method.The evaluation model was used to evaluate the vulnerability of emergency management system of Hejiata Coal Mine in Shaanxi.The result shows that the model is feasible and effective.

     

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