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Multiplet relative location approach and waveform correlation correction and their application
作者姓名:白玲  张天中  张宏智
作者单位:Institute of Geophysics,China Seismological Bureau,Beijing 100081,China,Institute of Geophysics,China Seismological Bureau,Beijing 100081,China,Institute of Geophysics,China Seismological Bureau,Beijing 100081,China
基金项目:State Key Project of Science and Technology of China during the tenth five-year plan (2001BA601B02).
摘    要:Introduction When the distribution of a cluster of earthquakes is concentrated, distance between hypocen-ters is much smaller than the event-station distance and than the scale length of the velocity het-erogeneity in the hypocenter region; in this case, the ray path from each hypocenter to a common station will be almost the same. The relative location method can be applied to accurate location of the cluster in the above case. In this approach, the relative location is calculated with the ar…

收稿时间:15 July 2002
修稿时间:31 January 2003

Multiplet relative location approach and waveform correlation correction and their application
Bai Ling , Zhang Tian-zhong and Zhang Hong-zhi.Multiplet relative location approach and waveform correlation correction and their application[J].Acta Seismologica Sinica(English Edition),2003,16(6):606-615.
Authors:Bai Ling  Zhang Tian-zhong and Zhang Hong-zhi
Institution:Institute of Geophysics, China Seismological Bureau, Beijing 100081, China
Abstract:The theory and method of relative location technique were described in the paper. The travel-time difference equa-tions for five phases (Pg, Sg, P11, S11 and Ph) were given. By using the multiplet relative location approach andwave correlation correction, the aftershock cluster of the Shunyi earthquake occurred on December 16, 1996 wasrelocated. The depth calculation was constrained by using multiple seismic phases. The relocation results werecompared with that from traditional absolute location techniques.
Keywords:multiplet relative location approach waveform correlation correction P11 Su Pn Shunyiearthquake
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