对超低频信号的分析提供了地磁保险数据,作为吉帕博米-柳树年2016的前兆

JGE Pub Date : 2020-01-17 DOI:10.23960/JGE.V4I2.1066
Ulfa Wahyuningsih, Syamsurijal Rasimeng, Karyanto Karyanto, Rudianto Rudianto
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引用次数: 0

摘要

以实测资料为指标,对2016年广东省五灯地磁地震前兆的超低频异常信号进行了区域性分析。为达到研究目的,通过以下步骤进行研究:(一)计算总磁场的数据;二每日趋势分析;(iii)地磁异常数据的傅立叶变换;(iv)本地化频率ULF;(v) 垂直-水平比率的计算(极化比率Z/H);(vi)校正磁暴或干扰频闪时间(DST);七确定地震前兆;(viii)起始时间、交付周期和前体方向的确定。对10次5兆瓦以上地震的分析结果表明,地震发生前11至30天有前兆。所研究的十次地震中有九次有地震前兆,而前兆没有,这是因为距离西楠榜荔湾的Magdas站太远了。因此可以看出,使用磁性数据的前驱体可以用于进行短期预测。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
ANALISIS ANOMALI SINYAL ULTRA LOW FREQUENCY BERDASARKAN DATA PENGUKURAN GEOMAGNETIK SEBAGAI INDIKATOR PREKURSOR GEMPABUMI WILAYAH LAMPUNG TAHUN 2016
Regional research had been done to analysis anomalies signal of ultra low frequency based on measurement data as an indicator of the geomagnetic earthquake precursor of lampung in 2016. To achieve purpose of the study conducted by the following steps: (i) Calculation of the total magnetic field of data; (ii) Daily Trend Analysis; (iii) the Fourier transform of the data Geomagnetic Anomaly; (iv) Localization Frequency ULF; (v) Calculation of Ratio Vertical-Horizontal (Polarization Ratio Z / H); (vi) Correction magnetic storms or Disturbance Strom Time (DST); (vii) the identification of earthquake precursors; (viii) Determination of OnsetTime, leadtime,and the direction of precursors. The results of the analysis of ten earthquakes with a magnitude above 5 MW have precursors between 11 to 30 days before an earthquake. Nine out of ten earthquakes studied had an earthquake precursors and precursors that do not have, this is because the distance is too far from the station Magdas in Liwa, West Lampung. Thus it can be seen that the precursor using the magnetic data can be used to make short-term predictions.
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JGE
JGE
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