The conclusion of this research can be of great applicable significance in recognizing the nonlinear dynamic features of the earthquake precursor observation and in earthquake prediction.
此结果对今后在预报工作中认识地震前兆观测的非线性动力学特征和利用这些特征进行地震预报具有重要的实用意义。
参考来源 - 地下水位的混沌和多重分形特征演化及其中短期预报意义·2,447,543篇论文数据,部分数据来源于NoteExpress
A new way to identify the earthquake precursor information is studied.
探讨了识别地震前兆信息的新途径。
Therefore crustal buckling is one of the mechanics basis of earthquake precursor.
故地壳屈曲是地震前兆的力学基础之一。
Recognizing earthquake precursor signals is the basic of precursor research. But there are some disputes still.
地震前兆观测异常信号识别是前兆研究的基础,但是前兆现象的识别始终存有较大争议。
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