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鲍店煤矿矿井构造复杂程度评价
引用本文:汪吉林,姜波,李耀民,王继尧.鲍店煤矿矿井构造复杂程度评价[J].中国煤炭地质,2008(10):80-82.
作者姓名:汪吉林  姜波  李耀民  王继尧
作者单位:中国矿业大学资源与地球科学学院,江苏徐州221008
基金项目:国家自然科学基金(40672101).
摘    要:在鲍店煤矿地质勘探和矿井开采资料系统分析和统计的基础上,应用分形理论和方法对矿井构造进行了构造复杂程度评价。评价结果表明,影响鲍店矿构造复杂程度的主要因素是断裂构造,褶皱构造的影响相对较弱;矿井的西部和北部铺子断层以西区域是矿井的2个构造复杂区,分维值均在1.2以上;矿井目前开采的七、九采区构造相对简单,尤其北部区域是构造简单区,是机械化采煤的有利区。

关 键 词:鲍店矿  构造  复杂程度  分维  评价

Evaluation of Structural Complexity in Baodian Coalmine
Wang Jilin,Li Yaomin,Jiang Bo and Wang Jiyao.Evaluation of Structural Complexity in Baodian Coalmine[J].Coal Geology of China,2008(10):80-82.
Authors:Wang Jilin  Li Yaomin  Jiang Bo and Wang Jiyao
Institution:(College of Resources and Earth Science, CUMT, Xuzhou, Jiangsu 221116)
Abstract:Based on systematic statistics and analysis of geological exploration and coal mining data, the fractal theory is used to evaluate structural complexity in the Baodian coalmine. The result shows that fault structure is a main factor to influence structural complexity, while the fold relatively weaker. The west part and north part to the west of Puzi fault of the coalmine are two structurally complex areas with fractal dimensions above 1.2. Structures of Nos.7 and 9 operating winning districts are relatively simple, especially the north part of the area is structurally simple region and in favor of mechanized coal mining.
Keywords:structure  complexity  fractal dimension  evaluation  Baodian mine
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