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Complexity of Groundwater dynamic in Jiansanjiang based on Fractal Theory

机译:基于分形理论的Jiansanjiang地下水动态的复杂性

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The complexity of Groundwater dynamic was determined based on the fractal dimensions of groundwater depth sequence of all farms in Jiansanjiang calculated in Grassberger-Procaccia algorithm. It is showed that groundwater dynamic in Jiansanjiang is of certain complexity for fractal dimensions of all wells greater than 1. The complexity of groundwater in Jiansanjiang has a significant spatial variance structure characterized with the complexity of groundwater dynamic in the northwest lower than that in southeast, which indicates that the groundwater system in the southeast fluctuates more strongly and affected by natural and human disturbances more seriously.
机译:基于在草莓 - Procaccia算法中计算的Jiansanjiang的所有农场的地下水深度序列的分形尺寸来确定地下水动态的复杂性。结果表明,何安安江地下水动态对大于1.何建国的地下水的复杂性具有重要的空间方差结构,其特征在于西北地区的地下水动态的复杂性,这表明东南地下水系统更加强烈地波动并受到自然和人类障碍的影响。

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