About 23 item dissertation in line with shear-wave splitting query results,the following is 1 to 50(Search took 0.013 seconds)

  1. Seismic Anisotropy of Upper Mantle and Rayleigh Wave Group Velocity Tomography from Ambient Seismic Noise Beneath Dabie-sulu and Its Adjacent Areas,WuPingPing/China Seismological Bureau, Institute of Geophysics,0/47
  2. Application Research on Shear Wave Splitting,BianLong/Chang'an University,0/10
  3. Shear Wave Splitting Analysis in the Central Mongolia Area,GuanJian/China Seismological Bureau, Institute of Geophysics,0/22
  4. The Seismic Anisotropy in Yushu and Iceland from Shear-wave Splitting,LiuSha/China Seismological Bureau, Institute of Geophysics,0/93
  5. Forward Modeling of Shear-wave Splitting in HTI Media and Study of Fracture Property Identification,WangKai/Jilin University,1/140
  6. Seismic Anisotropy in Typical Tectonic Zones of Eastern Margin of Qinghai-tibet Plateau,WangQiong/China Seismological Bureau, Institute of Earthquake Prediction,0/118
  7. A Study of Crust Anisotropy Using Azimuthal Pattern of Receiver Functions,TianBaoFeng/Geology and Geophysics,0/259
  8. Regional Characteristics of Seismic Anisotropy in Crust,WuJing/China Seismological Bureau, Institute of Geophysics,0/212
  9. Theoretical and Experimental Analysis and Design Application on Surrounding Rock Resistant Coefficient for Large-span Undersea Tunnel,TuZhongRen/Tongji University,2/548
  10. Western Pacific lower mantle D \,DaiZhiYang/University of Science and Technology of China,1/136
  11. A Seismological Study of Structure and Dynamics in the Earth,HuangZhouChuan/Nanjing University,0/73
  12. Methods and Technologies Study on Converted-wave 3D3C Seismic Exploration,TangJianMing/Chengdu University of Technology,2/332
  13. Study and Application of Stress Field of Aftershock Sequences of the Yongsheng M6.0 Earthquake Through Near-source Digital-recorded Data,ZuoChengDong/China Seismological Bureau, Institute of Geophysics,0/73
  14. The Preliminary Application of S-Wave Splitting in Xinjiang,GaoGe/Lanzhou Institute of Seismology , China Seismological Bureau,0/75
  15. Seismic Anisotropy in the Crust from Regional Telemetry Seismic Network in Yunnan of China,ShiYuTao/China Seismological Bureau, Institute of Earthquake Prediction,2/47
  16. Portable Broadband Seismic Array Obseration: Shear-Wave Splitting and Crustal Stress Field in the Capital Circle,LaiYuanGen/Institute of Geology of China Earthquake Administration,1/126
  17. Study of Shear-wave Splitting in the Crust by Liaoning Regional Seismograph Network,TaiLingXue/China Seismological Bureau, Institute of Earthquake Prediction,0/60
  18. Investigation of Acoustoelasticity Method for Measurement of Rock Stress,(ZuoWen)YuanPeng/Harbin Engineering University,0/98
  19. A Study on Crustal Seismic Characteristics Across Zhangjiakou-Bohai Sea Seismic Zone,SunJin/China Seismological Bureau, Institute of Earthquake Prediction,1/45
  20. Research on Converted Shear Wave Splitting Analysis and Correction Technique,LiuHongAi/Chengdu University of Technology,1/85
  21. The Research and Application of Fracture Detection Methods Based on Shear Wave Splitting,JieJianJian/Chengdu University of Technology,0/71
  22. Effects of Earthquake Location Errors on Share-wave Splitting Analysis and Crustal Seismic Anisotropy in the West of Zhangjiako-Bohai Sea Seismic Zone,ZhaoBo/China Seismological Bureau, Institute of Earthquake Prediction,0/40
  23. Shear Wave Splitting at XinJiang Region,FengQiangQiang/China Seismological Bureau, Institute of Geophysics,0/69

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