基于层次分析法的露天矿薄煤层开采工艺

Open-pit Mine Thin Coal Seam Mining Technology Based on AHP

摘要: 露天矿薄煤层开采工艺方式的选择关系到整个矿的原煤损失率、贫化率以及矿石块度等指标，直接影响到露天矿的经济效益。在研究影响薄煤层开采工艺的主要指标基础上，建立层次分析模型，并以哈尔乌素露天煤矿5^#煤开采工艺为实例，论证结果的正确性。
- 露天煤矿 /
- 薄煤层 /
- 层次分析 /
- 评价方法 /
- 开采工艺
Abstract: Some indexes such as the loss rate and dilution rate of the coal and ore fragmentation are affected by the choice of thin coal seam mining technology in open-pit mines, which directly influences the economic benefit in open-pit mines. The AHP analyzing model was established based on researching the main indexes which influence thin coal seam mining technology. A case study was carried out by dealing with harwusu 5^# coal mining system and the correctness was validated. The results have important guiding significance to the thin coal seam mining in similar mines.
- open-pit mine /
- thin seam /
- AHP /
- evaluation method /
- mining technique

[1]	唐旭天，罗怀廷.基于露天采矿机薄煤层采运方案设计[J].辽宁工程技术大学学报：自然科学版，2012（6）：805-809.
[2]	王忠鑫，邓瑞杰，李慧智.露天矿首采区及拉沟位置方案OV-AHP评价模型[J].煤炭工程，2012（10）:87.
[3]	Saaty TL. Modeling unstructured decision problems to the theory of analytical hierarchies[J].Math Compute Simulation,1978（20）:147-158.
[4]	赵焕臣，许树柏. 层次分析法一种简易的新决策方法[M]. 北京：科学出版社，1986：30-39.
[5]	曹庆贵.煤矿安全评价与安全信息管理[M].徐州：中国矿业大学出版社，1993.
[6]	陈彦龙，才庆祥.基于层次分析法的露天矿采取转向方式研究[J].金属矿山，2010（1）:51-53.
[7]	冯德礼，付俊.基于AHP-FCE的露天矿山作业环境安全评价模型[J].南华大学学报，2010（3）：27-32.