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首页> 外文期刊>Nonlinear processes in geophysics >Deep bore well water level fluctuations in the Koyna region, India: the presence of a low order dynamical system in a seismically active environment
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Deep bore well water level fluctuations in the Koyna region, India: the presence of a low order dynamical system in a seismically active environment

机译:印度科伊纳地区深井水位波动:在地震活跃环境中存在低阶动力系统

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摘要

Water level fluctuations in deep bore wells in the vicinity of seismically active Koyna region in western India provides an opportunity to understand the causative mechanism underlying reservoir-triggered earthquakes. As the crustal porous rocks behave nonlinearly, their characteristics can be obtained by analysing water level fluctuations, which reflect an integrated response of the medium. A Fractal dimension is one such measure of nonlinear characteristics of porous rock as observed in water level data from the Koyna region. It is inferred in our study that a low nonlinear dynamical system with three variables can predict the water level fluctuations in bore wells.
机译:印度西部地震活跃的科伊纳地区附近深井井中的水位波动为了解储层触发地震的成因机制提供了机会。由于地壳多孔岩的非线性行为,可以通过分析反映介质综合响应的水位波动来获得其特征。分形维数是从科伊纳地区水位数据中观察到的多孔岩石非线性特征的一种度量。我们的研究推断,具有三个变量的低非线性动力学系统可以预测井眼中的水位波动。

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