- 更多网络例句与层面断层相关的网络例句 [注：此内容来源于网络，仅供参考]
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If the relative movement of hanging wall and footwall is parallel to the strike of fault plane, it is a strike slip fault.
如果断层上盘和下盘的岩石相对位移运动是平行断层面走向的，这种断层称为走滑断层。
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Finally, this paper presents a simple and practical method of 3D fault modeling. Fault intersecting lines on coal seam roof and other strata are acquired by the projection of fault intersecting lines on coal seam floor.
最后提出了一种简单实用的断层三维建模方法：利用底板等高线上的断煤交线及其它断层信息，通过投影法求得各地层面上的断层交线。
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Under the condition of not considering the local topology effect and using a simplified layer velocity structure , we obtain the following results:(1) For a vertical strike-slip fault, the stations located on the parallel side of the slip , the transvers component ground motions show faster attenuation than the radial component motions.
对垂直走向滑移断层而言，沿著与断层面走向平行分布的测站，其与断层面走向平行分量的峰值，和其他二分量相较之下，有较明显的衰减趋势；而沿著与断层面走向垂直分布的测站，其与断层面走向垂直分量的峰值，和其他二分量相较之下，有较明显的衰减趋势。
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In underground space, the ground penetrating radar can be used to determine position and strike of a fault by probing in horizontal direction.
在地下空间中，用地质雷达方法沿水平方向探测可以确定断层的位置及走向，沿垂直方向探测可以测定断层的倾向、倾角和落差，但不能用于查明断层面内充填物的详细情况。
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On the basis of analyzing the characteristics of geological plane maps, the notion of the wire frame model illustrated by outline of geological blocks is proposed to describe the geometrical form of complex faults and the relationships among them.
在分析平面地质图数据特点的基础上，为准确表达复杂断层的空间几何形态和相互之间的关系，引入了由地质形体的轮廓线构建而成的线框架模型概念；修正了边界表示法模型有效构建的基本条件；从地层与断层之间的关系角度详细阐述了有效构建线框架模型的方法；提出了以线框架模型为基础的断层面整体构建技术思路，解决了复杂断层面三维构建问题。
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It is found that thrusting deformation in the accretionary prism is accommodated not only by deformation within largescale thrusting zones, but also by deformation along secondary thrusts and potentially more importantly along corescale structures such as microfaults and deformation bands.
发现逆冲变形不是只在大尺度的逆冲断层面上进行，而是弥散分布在主逆冲断层面、次级逆冲断层面以及断层面之间的更小的尺度上。
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The south-north united tectonic environment and tectonic pattern does not exist. The east-west trend thrusting Nappe structure of Majiatan and Hengshanpu can not represent the whole western margin of Ordos. The attempt to solve the regional tectonic problem with simple tectonic pattern is against the geological theory, especially in the Helan Mountain region.(2) After the geochemical data analysis of Ruqigou basalt in Helan Mountain, the article illustrates that it belongs to continental rift basalt which appeared in the late-Triassic and early middle Jurassic. Meanwhile the article states that the region is located in the rift environment of an extension background and Rudigou is located in the central part of the rift.(3) The article illustrates that the western ridge of Helan Mountain used to be on a slope and topography slowly declines from west to east after analysis and demonstrations of the distribution under XiaoSongshan bedding fault. Through comprehensive analysis of the no-strong deformation and bedding fault features, the article states that the Xiaosongshan bedding fault used to be gravity slip detachment structure and it represents the extension from the east to the west. Based on the above and analysis and demonstrations of isotope age and track datting, the article illustrates that the ? characteristic of the east of the western ridge of Helan mountain being higher than the west is the result of its late tectonic reverse.(4) Through comparison between Rujigou region Mesozoic Era late Triassic period-early and middle Jurassic period deposit and that of Ordos Basin and the analysis of the late Triassic period extension and early -middle Jurassic Period deposit povenevance it sets forth that during the period, Rujigou region was part of a large deposit basin which was closer to the northern povenevance and farther from the western povenevance.
以马家滩和横山堡为代表的东西向逆冲推覆构造模式，在整个鄂尔多斯盆地西缘不具有全区统一性，那种试图用单一的构造模式解决本区构造问题的尝试，无疑是与地质实际相悖的，尤其是对贺兰山地区；(2)通过对贺兰山汝箕沟玄武岩地质地球化学测试分析，提出其为大陆裂谷玄武岩，其形成时代为晚三叠—早中侏罗世，并通过该玄武岩的稀土和微量元素的测试分析资料进行了多种判别分析，最终确定该区处于拉张背景下的裂谷环境，汝箕沟地区大致处于当时裂谷的中心部位；(3)通过对小松山断层面之下地层分布规律，结合其变形特征的分析论证，认为当时贺兰山西麓处于一个由东向西平缓抬高的斜坡环境，并通过小松山断层面之下地层的非强烈变形及顺层断层特征等的综合分析，认为贺兰山西麓的小松山断层原本是一重力滑覆断层，它代表了近东西向的拉张，在此基础上通过裂变径迹测试资料的分析论证对其做了进一步认定，目前贺兰山西麓东高西低的剖面特征是该区后期构造反转的结果；(4)通过对汝箕沟地区中生代晚三叠世—早中侏罗世沉积与鄂尔多斯盆地内部的对比、晚三叠世延长组及早中侏罗世沉积物源和水流向分析，认为该时期汝箕沟地区为一更靠近北部物源，而距西部物源明显较远的沉积环境，是一更大型沉积盆地的一部分。
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A dip fault strikes essentially parallel to the direction of dip of the adjacent beds, that is to say, its strike is perpendicular to the strike of the adjacent beds.
顺层断层是指断层面平行岩层层理的断层；倾向断层的走向是平行于围岩的倾向的，也就是说，它的走向是垂直于围岩的走向的
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Earth scientists use the angle of the fault with respect to the surface known as the dip and the direction of slip along the fault to classify faults .
地球科学家使用断层面与水平面的夹角和沿断层滑动的方向来对断层进行分类。
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Using the Surface/Fault Data Manager .
使用层面/断层数据管理器。
- 更多网络解释与层面断层相关的网络解释 [注：此内容来源于网络，仅供参考]
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bedding plane：层面
bedding plane fault 层面断层 | bedding plane 层面 | bedding sag structure 层兜构造
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bedding plane fault：层面断层
bedding plane cleavage 顺面劈理 | bedding plane fault 层面断层 | bedding plane 层面
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bedding fissility：层面裂开性
bedding fault 层面断层 | bedding fissility 层面裂开性 | bedding foliation 层面叶理
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hieroglyph：层面痕印
层面断层 bedding-plane fault | 层面痕印 hieroglyph | 层面逆断层 bedding thrust
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bedding fault：层面断层
bedding cleavage 层面劈理 | bedding fault 层面断层 | bedding fissility 层面裂开性
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bedding fault：层面断层 模压缺陷
bedding course || 垫层 | bedding fault || 层面断层 模压缺陷 | bedding foliation || 层面叶理
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Surface/Fault Data Manager Menus：层面/断层数据管理器菜单
Window Layout . 窗口布局. . . . . . . . . . . . . . . . . . . . . . ... | Surface/Fault Data Manager Menus . 层面/断层数据管理器菜单. . . . . . . 232 | Using the Surface/Fault Data Manager . 使用层面/断...
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Exiting Surface/Fault Data Manager：退出层面/断层数据管理器
Saving Stratigraphic Data . 保存地层数据. . . . . . . . . . . . ... | Exiting Surface/Fault Data Manager . 退出层面/断层数据管理器. . . . .264 | Well Curve Viewer 井曲线查看器 . . . . . . . . . . . . ....
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Using the Surface/Fault Data Manager：使用层面/断层数据管理器
Surface/Fault Data Manager Menus . 层面/断层数据管理器... | Using the Surface/Fault Data Manager . 使用层面/断层数据管理器. . . . .233 | Selecting Type of Data . 选择数据类型. . . . . . . . . . . . . . ...
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Launching the Surface/Fault Data Manager：起动层面/断层数据管理器
层面/断层数据管理器和StratWorks . . . . . . . . . . .... | Launching the Surface/Fault Data Manager . 起动层面/断层数据管理器.230 | Window Layout . 窗口布局. . . . . . . . . . . . . . . . . . . . . . ....