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Preliminary Result of Earthquake Hypocenter Determination using Hypoellipse around Western Java Region

机译:西爪哇省西爪哇地区超椭圆物抗震效率确定的初步结果

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West Java region is located in high seismicity and active tectonic setting region influenced by subducting Indo-Australian plate beneath Eurasia plate. There are several on land active faults namely Cimandiri fault, Lembang fault, and Baribis fault in the region. MCGA earthquake data catalog from 2009 to 2014 shows the earthquakes were located not only around active faults but also relatively far away from the active faults in West Java region. In this study, we determined the earthquake location through re-picking of P-and S-wave arrival times recording by MCGA network. Earthquake location was determined by using Hypoellipse code that employs a single event determination method. We then relocated the events using hypocenter double-difference method. We also have been conducting focal mechanism analysis to estimate the type of fault slip. Our preliminary results show generally the epicenter location were distributed around the on land active fault which have the focus depth less than 30 km. For ongoing and future works, we have been determining focal mechanism of selected event related to on land active fault for this region..
机译:西爪哇地区位于高地震性和积极的构造环境区域,受到欧亚邦下方的澳大利亚澳大利亚板桥的影响。土地活性断层有几个Cimandiri断层,lembang断层,和该地区的差错。 McGA地震数据目录从2009年到2014年显示地震不仅围绕主动故障,而且远离西爪哇地区的积极故障。在这项研究中,我们通过重新选择MCGA网络录制的P-S波到达时间来确定地震位置。通过使用采用单个事件确定方法的低管代码来确定地震定位。然后,我们使用低速度双差分方法重新安置事件。我们还进行了局灶性机制分析,以估计故障单的类型。我们的初步结果显示,震中位置围绕着占地面积的焦点位置,焦点深度小于30公里。对于正在进行的和未来的作品,我们一直在确定与该地区的土地积极故障相关的所选事件的焦点机制..

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