1.
Study on Characteristics and Types of Seam-gliding Structure of Coal Seam 11-2 in Huainan Panji No.1 Coal Mine
淮南潘集一矿11-2煤层层间滑动构造研究
2.
The research of quantitative evaluation of seam-gliding structure and its application in coal mine
矿井层间滑动构造定量评价——以潘集一矿为例
3.
The characteristics of accompanying structure of the interlayer sliding among the coal seams and the influence to coal mine production
煤系层间滑动伴生构造特征及对煤矿生产的影响
4.
some thin beds of layered sandstone and dark grey siltstone show slump structures.
一些薄层砂岩和暗灰色粉砂岩显示出滑动构造。
5.
Modern tectonic stress field in Xiezhuang Coal Mine
利用断层滑动矢量反演协庄矿区构造应力场
6.
SEEPAGE CHARACTERS OF ROOF AQUIFERS IN FAULTS AND SLIDING STRUCTURE AND RISK ANALYSIS OF WATER INRUSH
断层及滑动构造复合构造区煤层顶板含水层渗流特征及突水危险性分析
7.
Damage Mechanism Research of Semi-rigid Asphalt Pavement on Overloading and Interlayer Sliding
超载和层间滑动对半刚性基层沥青路面结构损坏机理研究
8.
Impact of Sliding Structure on Ⅱ 1 Coal Roof Engineering Geological Zonality in Songshan Minefield
嵩山井田滑动构造对二_1煤层顶板岩体分带性的影响
9.
Application of Shallow Hole Water Flooding in Slide Structure at Driving Face in Coal Roadway in "Three Soft"Coal Seam
浅孔注水在滑动构造下“三软”煤层煤巷掘进工作面的应用
10.
Seismic Profiles Show Lateral Gravitational Sliding Structures and Hydrocarbon Accumulation, and Account for the Maxi Contemporaneous Inverse Fault Instead of Reversion
从地震看重力侧向滑动构造与油气——兼论马西逆同生断层不是反转构造
11.
Analysis on Distribution Features of Thin Seam Zone in Seam and Relationship with Seam Sliding Structures
煤层薄煤带展布特征及其与层滑构造关系分析
12.
A Model Gravitational Gliding Tectonics--An Introduction to Ludian Gliding Tectonics in Henan
一个重力滑动构造的范例——介绍河南芦店滑动构造
13.
Active faults or tectounic lines are clear boundaries between a very active region and a quiet region.
活动断层或构造线是强烈活动已和平静区之间的清晰边界。
14.
Research on Layered Construction Technology of the Large Steel Structure Based on Non-Slipway Foundation
非滑道基础上大型钢结构分层建造技术研究
15.
The seam slided structure and it influenced to the mining
范各庄井田的层滑构造及其对开采的影响
16.
Variations in rock type and structure in the fault zone would entail variations in slippage rate along the trace.
断层区的岩石类型和构造的不同将会引起沿断痕滑动的速率的变化。
17.
The wall is, also here, marked by sheers, commonly talcose, and the beds of phyllite are cut and dragged by the movements.
在这里，上盘一般见滑石化的剪切面，千枚岩层被构造运动所切割并产生拖曳。
18.
From the view of characteristics of the thrust as well as regional tectonic setting, its main genesis should be the Indo-Chinese Epoch gliding napping.
从该断层的特征结合区域构造背景来分析 ,印支期的滑覆运动应是其主要成因。