... ： 深部开采 冲击地压 逆冲断层 应力演化 相似材料模拟 [gap=1035]Keywords : deep mining；rockburst；thrust fault；stress evolution；similar material simulation ...
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... reverse thermoremanent magnetization 反向热剩余磁化 reverse zoning 逆带现象 reversed fault 逆冲断层 ...
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... reverse temperature 反转温度 reverse thrust 逆冲断层 reverse time depth migration 逆时深度偏移 ...
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After deep understanding the information of Yuanyichang area, we considered that the reason why the well lost is that the thrust fault activated for long time and leads the oil spilled over.5.
4.通过对园艺场地区资料的深入了解,并与红连地区地质情况对比研究认为园艺场地区钻井失利的主要原因是:园1井附近发育的逆冲断层长期处于活动状态,导致油气溢出,没有形成油气藏。
参考来源 - 台北凹陷红连—园艺场喀拉扎组—下白垩统沉积—层序地层研究·2,447,543篇论文数据，部分数据来源于NoteExpress
在大型逆冲断层活动中，所有的压力都会释放，且会造成一些世上最强烈的地震。
During a megathrust event, all of that stress releases and some of the world's most powerful earthquakes occur.
逆冲断层及边界走精断层是区内主要控矿构造。
Thrust- faults and strike-slip faults are the major structures in the studied area.
另一组为NW向走滑断层，形成时代较晚，破坏早期逆冲断层和NE向走滑断层。
The formation time of NE strike slip faults is earlier than that of NW strike slip faults.
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