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SCALING IN GEOLOGY - LANDFORMS AND EARTHQUAKES

机译:地质标度-地形和地震

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Landforms and earthquakes appear to be extremely complex; yet, there is order in the complexity, Both satisfy fractal statistics in a variety of ways, A basic question is whether the fractal behavior is due to scale invariance or is the signature of a broadly applicable class of physical processes, Both landscape evolution and regional seismicity appear to be examples of self-organized critical phenomena, A variety of statistical models have been proposed to model landforms, including diffusion-limited aggregation, self-avoiding percolation, and cellular automata, Many authors have studied the behavior of multiple slider-block models, both in terms of the rupture of a fault to generate an earthquake and in terms of the interactions between faults associated with regional seismicity, The slider-block models exhibit a remarkably rich spectrum of behavior; two slider blocks can exhibit low-order chaotic behavior, Large numbers of slider blocks clearly exhibit self-organized critical behavior. [References: 67]
机译:地貌和地震似乎极为复杂。然而,复杂性是有序的,两者都以各种方式满足分形统计。一个基本问题是分形行为是由于尺度不变性还是广泛适用的物理过程的标志,包括景观演化和区域演化。地震活动似乎是自组织临界现象的例子,已经提出了多种统计模型来模拟地貌,包括扩散限制聚集,自避免渗滤和元胞自动机。许多作者研究了多个滑块的行为。无论是在断层破裂以产生地震方面,还是在与区域地震活动相关的断层之间的相互作用方面,滑模模型都表现出非常丰富的行为谱。两个滑块可以表现出低阶混沌行为,大量滑块显然表现出自组织的临界行为。 [参考:67]

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