余震沿着断层系统向两个方向延伸。
Aftershocks extended along the fault system in both directions.
考察断层系统的几何分布可以推断出岩石所受的应力大小和方向。
Examining the geometry of fault zones offers clues to the level and the direction of the stress exerted on the rock.
砂箱模拟实验已被证明是研究盆地内部伸展断层系统的有效工具。
Sand box analog models have been proved to be powerful tools for demonstrating the structural styles of extensional fault systems.
初步的研究表明新近系油气成藏与断层系统的分布和活动关系密切。
The previous research showed that oil and gas pools of upper Tertiary system have close relationship with distribution and activity of fault system.
我们从全世界地震最活跃的区域著手：绵亘美国加州的圣安地列斯断层系统 。
We began our search in one of the world's most seismically active regions— the San Andreas Fault system that runs through California.
鲁西地区由铲式断层、转化断层及深浅不同的滑脱断层共同组合成连锁断层系统；
The linked system of faults has been composed of the listric. transfer faults, and the decollement faults with different buried depths in West Shandong Province.
这些转换断层系统对中国大陆东、南缘含油气盆地和边缘构造带的形成和地质演化起着重要的作用。
These transform fault series play an important role in the formation and the geological evolution of the Southeastern China continental margin basins and the tectonic-structural zones.
同时，应用断层系统内各个断层相互耦合作用和应力转移的模型，去分析成组地震活动迁移过程的机理。
The mechanism analysis of migration process of grouping seismicity has been done by using a model of fault interaction and stress transition.
在构造带的东北部黑池梁-马路背一带，下二叠阳新统地层发育多期次、多方向、互相连通的断层系统。
In the area of Heichiliang-Malubei, northeast of Tongnanba structural belt, fault system develops a lot in the Yangxin series, with the properties of multiphase, multi-direction and inter-connected.
建立了矿井围岩-断层系统的准静态形变平衡方程，将呈剪切破裂形式的断层失稳过程归结为折迭突变模型。
The equilibrium equation of surrounding rock mining fault system is established. The fault destablizing process with shear failure pattern belongs to fold catastrophe model.
研究人员对美国加利福尼亚州活跃又复杂的地质断层系统进行分析，并采用新方法，将数据转换成地震几率。 。
Researchers E analysed the latest data from the state's complex system of active geological faults, as well as new methods for translating these data into earthquake likelihoods.
作者通过构建离散元模型，模拟主动底辟盐构造断裂系统的演化过程，并进一步讨论了岩性强弱对于主动底劈盐构造断层系统分布模式的影响。
The authors built a discrete element model to simulate the evolution of fault system above active salt domes, and further discussed the influence of rock strength on fault patterns.
作者通过构建离散元模型，模拟主动底辟盐构造断裂系统的演化过程，并进一步讨论了岩性强弱对于主动底劈盐构造断层系统分布模式的影响。
The authors built a discrete element model to simulate the evolution of fault system above active salt domes, and further discussed the influence of rock strength on fault patterns.
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