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纳土纳(Natuna)地震台建设及初步结果
引用本文:潘少军,阮爱国,李家彪,黎明碧,吴振利,Budi S,Triyono,Hariyanto T.纳土纳(Natuna)地震台建设及初步结果[J].地球物理学进展,2012,27(4):1416-1423.
作者姓名:潘少军  阮爱国  李家彪  黎明碧  吴振利  Budi S  Triyono  Hariyanto T
作者单位:1. 国家海洋局第二海洋研究所,杭州,310012
2. Research and Development Center for Coastal and Marine Resources, AMFRD, MMAF, Indonesia
基金项目:国家重点基础研究发展规划(973)项目(2007CB411700);国家自然科学基金(91028006,41176046)资助
摘    要:简述了在南海纳土纳岛(Natuna Islands)建设地震台站的意义和设备.用获得的首批观测资料,分别采用接收函数方法和ScS波分裂技术反演了纳土纳地震台下面地壳的S波速度结构和各向异性参数.结果表明纳土纳地震台下方地壳厚度约28 km,为典型的陆壳性质,上地幔40~50 km为低速层.纳土纳的地壳快波方向为S62°E,与GPS测量的亚洲南部巽他块体的地壳运动方向一致.

关 键 词:纳土纳地震台  接收函数  S波分裂  岩石圈结构  各向异性

The Construction of Natuna Seismographic Station and Primary Results
PAN Shao-jun , RUAN Ai-guo , LI Jia-biao , LI Ming-bi , WU Zhen-li , Budi S , Triyono , Hariyanto T.The Construction of Natuna Seismographic Station and Primary Results[J].Progress in Geophysics,2012,27(4):1416-1423.
Authors:PAN Shao-jun  RUAN Ai-guo  LI Jia-biao  LI Ming-bi  WU Zhen-li  Budi S  Triyono  Hariyanto T
Institution:PAN Shao-jun1,RUAN Ai-guo1,LI Jia-biao1,LI Ming-bi1,WU Zhen-li1,Budi S.2,Triyono2,Hariyanto T.2 (1.Second Institute of Oceanography,SOA,Hangzhou 310012,China 2.Research and Development Center for Coastal and Marine Resources,AMFRD,MMAF,Indonesia)
Abstract:The building process of a new seismic station in Natuna Islands is introduced,including its significance and its infrastructure and equipment.Based on primary observation data,we use receiver function method and ScS-wave Splitting technique to inverse the S-wave velocity structure and anisotropy parameters of crust under the Natuna Station spectively.The results show that the crust beneath Natuna Station is typical continental crust of 28km thick,and there is a low velocity layer(buried depth of 40~50 km) in the upper part of the mantle.The polarization of fast wave is S62°E(North clockwise 118°),identical to that of Sundaland,Southeast Asia,determined by GPS measurements of the crustal movement.
Keywords:Natuna seismographic station  receiver function  shear wave splitting  Lithosphere structure  anisotropy
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