CAJ | 학술논문

应用层次分析法与模糊数学原理，建立了某钨矿矿区回采方案的综合评判模型，科学合理地选出了该矿最优回采方案.在优选过程中，综合考虑影响回采方案的各项影响因素，利用层次分析法确定各评价指标的权重，并根据模糊数学原理对备选回采方案进行综合评判，得出各方案的优越度.实例计算结果得出2种方案综合优越度分别为0.7910和0.7481，因而确定方案1优于方案2.研究实例结果表明，该综合评判法可以对受多个定量和定性指标影响的决策进行有效的综合权衡分析,可为方案优选提供科学的指导.
응용층차분석법여모호수학원리，건립료모오광광구회채방안적종합평판모형，과학합리지선출료해광최우회채방안.재우선과정중，종합고필영향회채방안적각항영향인소，이용층차분석법학정각평개지표적권중，병근거모호수학원리대비선회채방안진행종합평판，득출각방안적우월도.실례계산결과득출2충방안종합우월도분별위0.7910화0.7481，인이학정방안1우우방안2.연구실례결과표명，해종합평판법가이대수다개정량화정성지표영향적결책진행유효적종합권형분석,가위방안우선제공과학적지도.
The Analytic Hierarchy Process (AHP) and fuzzy mathematics principle are applied to establish a comprehensive evaluation model of mining methods of a tungsten mining area so as to select the optimal mining methods scientifically and reasonably. In the process of optimization, the superiority of the programs can be drawn by considering the various factors influencing the mining methods comprehensively ,using the AHP to determine the weights of evaluation indexes and applying Fuzzy Mathematics Principle to make a comprehensive evaluation of the alternative stoping program. The result of examples calculation shows that comprehensive superiority is 0.791 0,0.748 1, hence program one is better than program two, which shows that this comprehensive method can make integrated tradeoff analysis of the decision that is affected by a number of quantitative and qualitative indicators effectively and provide scientific guidance for the optimization of method.