龙永煤田构造复杂，褶曲发育。
There are complex structure and fold developed in Longyong coal-field.
介绍数学地质方法在煤田构造地质学研究中的应用成果。
The paper presents the use of mathematical geology in the coadlfield constitution research.
中生代晚期SE-NW向挤压，奠定煤田构造格架的基础；
The basic framework of coalfield structure was settled under SE-NW directional compression during Late Mesozoic.
煤田构造主要受北北东向构造所控制，其煤层构造变薄带也主要呈北北东向伸展。
Coalfield structure was controlled by NNE structure. Coal bed structure thinning belt was also extended in NNE directions, Southern Hebei coalfield.
结果表明：叠前时间偏移技术能够有效地提高构造复杂地区煤层的成像效果，提高煤田地震资料的信噪比和分辨率。
The results demonstrated that this technology can improve imaging of coal seams in structure complicated areas and coalfield seismic data signal-to-noise performance and resolution effectively.
红格尔煤田是新华夏系构造体系的产物，断层比较发育。
The Honger coalfield is situated in the Neocathaysian structural system, faults are well developed.
通过对大地构造演化及区域动力学背景分析，为煤田预测和勘查规划提供必要的地质学基础。
Analysis on the tectonic evolution and regional dynamics background provides necessary basis in geology for forecast and planning of coal field.
汝州煤田位于华北板块南缘逆冲推覆构造带豫西段前锋部位，区内逆冲推覆构造较发育。
The Ruzhou coalfield lies at the front part of thrusting nappe structural zone western Henan sector, south margin of the North China plate.
山西西部柳林鼻状构造处于鄂尔多斯盆地东缘的河东煤田中段，是我国煤层气勘探的重要选区之一。
Liulin nose structure located in the central Hedong coal field, eastern Ordos Basin, Western Shanxi Province, is one of the most important regions chosen for exploration of coalbed gas.
通过对含煤建造及构造体系的分析，探讨了勃利煤田的变质规律。
Through analysis on coal formation and system, expound the change regulation of Boli coal field.
韧性变形是煤的重要变形机制之一，韧性变形所形成的构造煤在煤田中广泛存在。
The ductility deformation is the important one of those mechanisms of coal deformation. The tectonic coal for ductility deformation is very common.
巨野煤田煤层厚度大而稳定，勘探区构造中等偏复杂，因而采用地震先行、钻探验证的综合勘探方法。
Because the coal belts of Juye coal field are thick and steady and the geological structures in the exploration area are medium to complex.
以鸡西煤田艳胜井田为例，对断块间褶曲特征、构造应力场及形成机理作初步分析。
For example, Yansheng shaft in Jixi Coal Mine, the character of fault fold, structure stress and forming system are analyzed.
分析了大同煤田的地质概况，较为具体地对其所处区域构造进行说明，深层次论述了构造体系对大同煤田的控煤作用。
The paper analyses the geological condition of Datong Coal Field, explains the region structure there, and expounds the role of structural system in controlling coal of Datong Coal Field.
分析了登封煤田白坪井田二1煤层附近的层间滑动构造类型，探讨了其发育规律及对二1煤层的影响。
The paper expounded interlayer gliding tectonics types around the No. 2 1 coal seam in Baiping minefield, Dengfeng coalfield, analyzed their development pattern and impact to the No. 21 coal seam.
北部“明龙山—上窑构造带” ，是位于淮南煤田北缘由北向南逆冲的推覆构造带；
Minglongshan-Shangyao structural belt in north is other over-thrust belt with N-S direction.
缓断裂构造普遍发育于龙永煤田各个矿区或井田。
Slow fault structure is commonly developed in every mining area or mining well in Longyong Coal Field.
煤层中的宏观结构变化是我国众多煤田中普遍存在的地质现象，它对煤矿生产影响极大，是当前煤矿生产中急需解决的地质构造问题。
Macrostructural change in coal beds is a common geological phenomenon in many coal fields of China, which greatly affects production and is an urgent structural problem in mines.
煤田中部地质构造相对简单，控煤构造样式以褶皱-断裂型为特征，含煤岩系赋存稳定，是有利的勘查开发区段。
Structures in middle zonation are simple and coal-controlled structural style is characterized by fold-thrust pattern, coal measures distributed stable in favor of exploration and development.
介绍了大同侏罗纪煤田区域构造地质特征，详细描述了四台井田在地质勘探和生产过程中所揭露的各类地质构造。
The paper introduces tectonic characters of Datong Jurassic coal field briefly, and describs structures exposed during geological exploration and production in Sitai Mine in detail.
通过调研发现，许多推、滑覆体之下掩覆了大片含煤岩系，为寻找隐伏煤田带来了新的希望，南、北构造“交汇带”也是钴多金属矿床较理想的找矿靶区。
So, the tectonic pattern of thrusting in the northern part and slipping in the southern part are founded. According to the geological survey, a large scale of coal-bearing serie…
研究成盆后构造对煤田的改造作用，对煤炭资源的预测和勘查具有重要意义。
It is of significance to predict and explore coal resources by studying transformation effect of post basin - formation.
研究成盆后构造对煤田的改造作用，对煤炭资源的预测和勘查具有重要意义。
It is of significance to predict and explore coal resources by studying transformation effect of post basin-formation.
河南登封煤田郜城井田二1煤层顶板为滑动构造形成的构造岩。
The roof of the 2 1 coal seam in Gaocheng area of Dengfeng Coal Field is constitute of tectonite rock formed by gliding.
河南登封煤田郜城井田二1煤层顶板为滑动构造形成的构造岩。
The roof of the 2 1 coal seam in Gaocheng area of Dengfeng Coal Field is constitute of tectonite rock formed by gliding.
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