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Studies of the frequency-magnitude relation of earthquakes based on a one-dimensional dynamical lattice model

机译:基于一维动力晶格模型的地震频幅关系研究

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摘要

The Gutenberg-Richter-type frequency-magnitude (FM) relation is studied based on a one-dimensional (1-D) dynamical lattice model. The effects on the FM relation and its scaling exponent, of earthquakes due to model parameters are reviewed. A fractal distribution of the breaking strengths is defined by using the fractal dimension. Finally, simulation results show that three kinds of model events are generated and these include microscopic, localized, and de-localized events.
机译:基于一维(1-D)动态晶格模型研究了古腾堡-里希特型频率-振幅(FM)关系。回顾了模型参数对地震的FM关系及其比例指数的影响。通过使用分形维数来定义断裂强度的分形分布。最后,仿真结果表明,生成了三种模型事件,其中包括微观,局部和非局部事件。

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