研究结论对矿区未开拓区的矿井构造预测有重要指导意义。
The study conclusion have a directional significance to mining tectonic prognosis of the undigging area in Luan Mine Area.
煤层节理在煤层中普遍发育，它不仅是矿井构造研究的重要内容，同时也是极其重要的工程地质因素。
Coal bed joints are a widespread structure in coal beds. They are important objective in study of shaft structure and also a very important engineering geological factor.
对比分析表明，两种评价模型在矿井构造复杂程度定量评价方面各有优劣，比较而言，模糊综合评价模型更加客观合理。
A comparative study shows that both can be used for quantitative evaluation on geological structure complexity, with the fuzzy model being more plausible.
通过对芦岭井田煤层瓦斯地质因素定性定量分析认为，区域地质构造是控制矿井煤层瓦斯的关键地质因素；
Through the qualitative and quantitative analysis of gas geological factors in Luling coal mine, the regional geological structure is the key geological factors of mine coal gas control.
文摘：介绍了层滑构造在煤矿生产中的表现形迹，分析了层滑构造的特征及其在矿井地质工作中的应用。
Abstract: It introduces the appearance of layer slide structure in coal mine production and analyzes the character and application in mine geology work.
赵楼井田构造发育规律及成因机制的研究为今后矿井建设与生产提供了地质依据。
The research on structural development pattern and genetic mechanism provided mine construction and production with geological basis henceforth.
矿井地质构造普遍存在而且错综复杂，它已经成为煤矿生产与安全的关键性问题。
The geological structures of the mine generally exist and intricate, it has become the key question in restricting and influencing the production and the safe in the mine.
根据地质构造因素控制煤层顶板稳定性作用的研究，提出煤层顶板稳定性预测评价的矿井地质构造特征解析方法。
Based on the research result of control action of structure to the stability of roof, the author puts out tectonic synthesis method for predicting the stability of roof.
层滑构造是影响矿井采掘生产的主要因素之一。
The layer slip structure is one of main factors which have influences on the mining.
利用实例说明了层滑构造对矿井安全和生产的影响；
Their influence to mine′s safety and operation is explained through some actual examples.
超前探测预测地质构造是煤矿井下突出的地质问题之一。
Heading detecting of geological structures is one of the prominent problems in coalmine geology.
介绍了层滑构造在煤矿生产中的表现形迹，分析了层滑构造的特征及其在矿井地质工作中的应用。
It introduces the appearance of layer slide structure in coal mine production and analyzes the character and application in mine geology work.
针对矿井复杂地质构造，利用瞬变电磁和反射地震方法相结合，对相应的探测技术方法进行综合研究。
The technique of the transient electromagnetic method and seismic reflection method were studied and applied to detect complex geological structure.
这一研究成果对我国东部滑动构造区的矿井瓦斯地质灾害防治具有一定的示范意义。
The result has certain demonstration significance in gas geological hazard controlling in eastern China gliding tectonics areas.
这为复杂构造条件下煤矿井巷的掘进寻找出一种新的支护技术，拓展了管棚预支护技术的应用范围。
The results indicate a new timbering method under in mine integrated structural conditions and extend the utilization scope.
分析了生产矿井揭露的地质构造资料，研究了霍州矿区构造演化的三期区域应力—应变场。
The geological structure data exploited during mining have been analyzed and the three periods of evolution of the tectonic stress and strain field in Huozhou Coal mining Area are studied.
本文根据未确知数学理论，建立了预评价指标体系、置信度识别准则及评分准则，构造了矿井安全预评价未确知测度模型，并对矿井的各个安全指标进行了定量分析。
The index system of preliminary evaluation for coal mine is built on the basis of unascertained math theory, and the rules of incredible recognition and score are given at the same time in this paper.
最后利用上述结论对矿井地质构造作了总体预测，为其它矿井开展构造研究提供了方法。
Finally, the general forecast of geological structure is made on the basis of the conclusions. It can also provide the method for others to study the geological structure in coal mine.
利用瞬变电磁法在煤矿井下独头巷道开展了超前探测含水构造的试验研究。
It is researched that the bore-hole transient electromagnetic method is applied to detect the water-bearing structures in advanced face of underground coal mines.
水平构造应力对矿井巷道和采场布置产生较大影响，与工程地质调查和变形调查结果相吻合。
The horizontal tectonic stress has quite strong influence on the layout of entries and mining faces.
水平构造应力对矿井巷道和采场布置产生较大影响，与工程地质调查和变形调查结果相吻合。
The horizontal tectonic stress has quite strong influence on the layout of entries and mining faces.
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