摘要
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 Pn) were given. By using the multiplet relative location approach and wave correlation correction, the aftershock cluster of the Shunyi earthquake occurred on December 16, 1996 was relocated. The depth calculation was constrained by using multiple seismic phases. The relocation results were compared with that from traditional absolute location techniques.
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 Pn) were given. By using the multiplet relative location approach and wave correlation correction, the aftershock cluster of the Shunyi earthquake occurred on December 16, 1996 was relocated. The depth calculation was constrained by using multiple seismic phases. The relocation results were compared with that from traditional absolute location techniques.
基金
State Key Project of Science and Technology of China during the tenth five-year plan (2001BA601B02).
作者简介
BAI Ling (白 玲) Ph D student of Institute of Geophysics, China Seismological Bureau. Obtained her Bachelor Degree from Petroleum University (Huadong) with the speciality of Earth Prospecting and Information Technique. Directly become Ph D student without entrance examination after acquiring her MS Degree from Institute of Geophysics, China Seismological Bureau. Mainly engage in digital seismology and determination of seismic parameter.
