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1、 2 0 52 0 1 0 M 5 null null null null null null null null null null S S China Safety Science Journalnull null null null null null null null null null nullVol. 20No. 5May 2 0 1 0 $ N Z E *邓万涛(贵州省劳动保护科学技术研究院科研办,遵义 563000) S s : 6208035( $ % ) null null null null null null m s | : X936null null null nu
2、ll null D S : A :S / S = S / T 9 (2008DFB70100)bnullK null 1 null 依据煤矿应急预案的特点和相关要求,运用层次分析法,确定煤矿应急预案15个核心评价指标;构建煤矿应急预案完善程度影响因素的目标层a准则层及方案层三级层次结构,建立煤矿应急预案综合评价模型及计算方法,先计算煤矿应急预案核心指标的合成权重;通过利用线性加权模型得出煤矿应急预案综合评价结果,并确定煤矿应急预案修编的工作重点;通过对某煤矿应急预案进行实例评价,确定该应急预案为三级,需要修订,并且确定培训演练是该应急预案修订的重要内容b实例表明,该评价方法可以为煤矿应急预案修
3、订提供依据bnull1 o M null 评价; null 层次分析法(AHP); null 煤矿应急预案; null 评价指标; null 评价模型Study onAssessmentMethod ofCoalmineEmergency PlanDENG Wannulltao(OfficeofScience& TechnologyResearch, GuizhouAcademyofWork SafetyScience&Technology, Zunyi563000, China)Abstract: null According to the inner character and some
4、requirementsofcoalmine emergencyplan, thepanullper selects15main assessmentindexesofcoalmineemergencyplanbyusing theanalytichierarchyprocess(AHP), and designs a3nulllevelstructureof factorsaffecting emergencymanagementabilityofcoalmineenullmergencyplan, which includesobject layer, rule layerand sche
5、me layer. On thebasisofthis, acomprenullhensive assessmentmodel and its algorithm are established. Thismodel first calculates the synthesizedweightof each index, and then gets theassessmentresultand determines themodification emphasisofthecoalmine emergencyplanbyusing thelinearweightedmode.l An appl
6、icationofthemodeltoacoalmineenullmergencyplanwasconducted, and theemergencyplan belongs tograde3, which indicates thatthisemernullgencyplan needmodifying, especially in training and exercising. Thegiven assessmentmethod providesreference for themodifying ofcoalmineemergencyplan.Key words: null asses
7、smen;t null analytichierarchyprocess(AHP); null coalminer emergencyplan;assessment indexes; null assessmentmodel0null null S W K v S , W Y # K S E b S 6 1 , 3 T b y ! ? Z , 6 a Z ? 1 T b , - v $ = Y ,X ) a # y 7 5 Z 6b3 s $ $ , | 15 N S 7- 10b , E ? S ,? , B ; ! 3 , , $ ;Y Y , e ,= B , E 4 , Y , E ;
8、 C b , ) ,9 b1. 2null y Q Q s E ,| $ N S V s 3 : S a 5 Z by $ N S Q , m 1 U bm 1null N S Q 1. 3null / V $ N S Q Z 7S ,| B S S W M 1 1 , / n V 1b S Ai S Bj ( j= 1, 2, , m ), B m Z bV 1null B TA B1 B2 BmB1 b11 b12 b1mB2 b21 b22 b2mnull null null nullBm bm1 bm2 bmmV bijV U A i S , S iM S j 1 ,V Saaty4
9、191 q S E (V 2)bV 2null S # c lS c l1 Bi Bj1 , 13 Bi Bj1 , 15 Bi Bj1 , A 17 Bi Bj1 , 19 Bi Bj1 , 1 Bji= 1/B ij( M Q )2, 4, 6, 8 1 W168 S S China Safety Science Journalnull null null null null null null null null null null null null null null null 202010M1. 4null p + # + _ A= (aij ) / + :aij = 1/aji
10、( i, j= 1, 2, , n)aij = aik /ajk (K = 1, 2, , n) , K v + nullmax, + 0b3 P e L !Z E # 9 K v + + _ b1) 9 B M:Mi = bi1 % bi2 % % bin ( i, j = 1, 2, , n) (1)2) 9 M i nQ Z nullW:Wi = n Mi (2)3) | Z _ B B :Wi = Wi /&ni= 1Wi (3) + _ W = (W1, W2, , Wn ), _ b4) 9 K v + nullmax:nullmax = &ni= 1 (AW ) i /nW i (4)T , (AW ) inull null_ AW i b1. 5null _ B B B _ , b 5 , , B 1p b9 T
