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Performance of the NCREE's on-site warning system during the 5 February 2016 M-w 6.53 Meinong earthquake

机译:2016年2月5日梅农6.53梅农地震期间NCREE现场预警系统的性能

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摘要

The National Center for Research on Earthquake Engineering in Taiwan has developed an on-site earthquake early warning system (NEEWS). The Meinong earthquake with a moment magnitude of 6.53 and a focal depth of 14.6km occurred on 5 February 2016 in southern Taiwan. It caused 117 deaths, injured 551, caused the collapse of six buildings, and serious damage to 247 buildings. During the Meinong earthquake, the system performance of 16 NEEWS stations was recorded. Based on a preassigned peak ground acceleration (PGA) threshold to issue alarms at different stations, no false alarms or missed alarms were issued during the earthquake. About 4s to 33s of lead time were provided by the NEEWS depending on the epicenter distance. In addition, the directivity of the earthquake source characteristic and also possibly the site effects were observed in the diagram of the distribution of PGA difference between the predicted PGA and the measured PGA.
机译:台湾国家地震工程研究中心已经开发了现场地震预警系统(NEEWS)。 2016年2月5日,台湾南部发生了Meinong地震,震级为6.53,震源深度为14.6km。它造成117人死亡,551人受伤,造成6座建筑物倒塌,并严重破坏247座建筑物。在美浓地震期间,记录了16个NEEWS台站的系统性能。根据预先指定的峰值地面加速度(PGA)阈值,可在不同站点发出警报,地震期间未发出错误警报或遗漏警报。 NEEWS根据震中距离提供了大约4s至33s的交货时间。此外,在预测的PGA与测得的PGA之间的PGA差异分布图中,观察到了震源特征的方向性以及可能的场地效应。

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