首页> 外文会议>2011 30th URSI General Assembly and Scientific Symposium >Study of ultra low frequency signals (0.01–10 Hz) associated with moderate earthquake occurred in Koyna region using induction type magnetic sensor
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Study of ultra low frequency signals (0.01–10 Hz) associated with moderate earthquake occurred in Koyna region using induction type magnetic sensor

机译:利用感应型磁传感器研究与科伊纳地区中度地震有关的超低频信号(0.01-10 Hz)

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Study of magnetic field fluctuations due to earthquakes have been started at Shivaji University, Kolhapur (India) using three axis ULF/VLF induction type magnetic sensors, since March 2006. We have considered one event of moderate earthquake (4.0th November 2009 at 13:03:35 UT (M=4.8). For study of these signals we have taken the frequency band ranging from 0.01 Hz to 10 Hz which is one of the most promising candidates for short term earthquake prediction. Suitable Data analysis methods like power spectral density, fractal analysis etc. are used. This analysis gives the detail information about the possibilities of precursory signals due to moderate seismic activities near the observation site. A variation in the polarization parameter during seismic events is discussed in the present investigation in the light of geomagnetic activities.
机译:自2006年3月起,在印度库尔哈布尔的湿瓦吉大学就开始使用三轴ULF / VLF感应型磁传感器研究由于地震引起的磁场波动。本研究。地震发生在2009年11月14日UT 13:03:35 UT(M = 4.8)的Koyna地区。为了研究这些信号,我们采用了0.01 Hz至10 Hz的频带,这是短期地震预测的最有希望的候选者之一。使用合适的数据分析方法,例如功率谱密度,分形分析等。该分析提供了有关由于观测地点附近的中等地震活动引起的前兆信号可能性的详细信息。根据地磁活动,在本研究中讨论了地震事件期间极化参数的变化。

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