Acta Seismologica Sinica

, Volume 16, Issue 5, pp 492–502 | Cite as

Studies on seismic waves



The development of seismic wave study in China in the past four years is reviewed. The discussion is divided into several aspects, including seismic wave propagation in laterally homogeneous media, laterally heterogeneous media, anisotropic and porous media, surface wave and seismic wave inversion, and seismic wave study in prospecting and logging problems. Important projects in the current studies on seismic wave is suggested as the development of high efficient numerical methods, and applying them to the studies of excitation and propagation of seismic waves in complex media and strong ground motion, which will form a foundation for refined earthquake hazard analysis and prediction.

Key words

seismic wave propagation complex medium of the Earth surface wave waveform inversion 


Unable to display preview. Download preview PDF.

Unable to display preview. Download preview PDF.


  1. Cao Xiao-lin, Zhu Jie-shou, Zhao Lian-feng,et al. 2001. Three dimensional shear wave velocity structure of crust and upper mantle in South China Sea and its adjacent regions by surface waveform inversion [J].Acta Seismologica Sinica,14(2): 117~128.Google Scholar
  2. Chang Xu, Lu Meng-xia, Liu Yi-ke. 1999. Error analysis and appraisals for three general solutions in seismic tomography [J].Chinese JGeophys,42(5): 695~701 (in Chinese).Google Scholar
  3. Chen Jiu-hui, Liu Qi-yuan. 1999. Lithospheric receiver function in 3-D laterally inhomogeneous media using Maslov asymptotic theory [J].Chinese JGeophys,42(5): 84~93 (in Chinese).Google Scholar
  4. Chen Jiu-hui, Liu Qi-yuan. 2000. Wavefield features of teleseimic receiver function in laterally inhomogeneous media [J].Acta Seismologica Sinica,13(6): 656~663.Google Scholar
  5. Chen Ling, Wu Ru-Shan, Chen Yong,et al. 2001a. Acoustic wavelet and its applications to seismic data decomposition [J].Chinese J Geophys,44(3): 366~375.Google Scholar
  6. Chen Sheng-chang, Cao Jing-zhong, Ma Zai-tian. 2001b. Prestack depth migration method based on quasi-linear born approximation [J].Chinese J Geophys,44(5): 692~698.Google Scholar
  7. Chen Wei-tian, Chen Xiao-fei. 2001. Modal solutions in stratified multi-layered fluid-solid half-space [J].Science in China (Series D),31(9): 712~718 (in Chinese).Google Scholar
  8. Chen X F. 1990. Seismogram synthesis for multi-layered media with irregular interfaces by global reflection/ transmission matrices method-I. Theory of 2-D SH case [J].Bull Seism SocAmer,80(6): 1696~1724.Google Scholar
  9. Chen X F. 1995. Seismogram synthesis for multi-layered media with irregular interfaces by global reflection/transmission matrices method — II. Applications for two-dimensional SH case [J].Bull Seism SocAmer,85(5): 1094~1106.Google Scholar
  10. Chen X F. 1996. Seismogram synthesis for multi-layered media with irregular interfaces by global reflection/transmission matrices method — III. Theory for P-SV case [J].Bull Seism SocAmer,86(1): 389~405.Google Scholar
  11. Chen X F. 1999. Love waves in multi-layered media with irregular interfaces, I. Modal solution and excitation formulation [J].Bull Seism SocAmer,89(6): 1519~1534.Google Scholar
  12. Chen Xiao-fei. 1999a. Seismogram synthesis in multi-layered half-space. Part I. Theoretical formulations [J].Earthquake Research in China,13(2): 149~174.Google Scholar
  13. Chen Xiao-fei. 1999b. Seismic wave propagation and excitation in multi-layered media with irregular interfaces. Part (I): SH case [J].Earthquake Research in China,13(2): 175~193.Google Scholar
  14. Chen X F, Zhang H M. 2001. An efficient method for computing Greens function for a layered half-space at large epicentral distances [J].Bull Seism SocAmer,91(4): 858~869.Google Scholar
  15. Chen Xiao-fei, Ge Zheng-xi. 1999. A new theory of Love waves in multi-layered media with irregular interfaces [J].Earthquake Research in China,13(2): 195~210.Google Scholar
  16. Chen Zhi-de, Liu Zhen-kuan, Li Cheng-bin. 2002. 3D pre-stack depth migration velocity analysis and automatic Monte Carlo velocity picking in depth [J].Chinese J Geophys,45(2): 247~255.Google Scholar
  17. Cheng Jiu-bing, Wang Hua-zhong, Ma Zai-tian. 2001. Pre-stack depth migration with finite-difference method in frequency-space domain [J].Chinese JGeophys,44(3): 386~392.Google Scholar
  18. Di Q Y, Zhu L, Wang M Y. 2000. 2-D finite element modeling for seismic wave response in media with sand bodies [J].Phys Earth Planet Int,120: 245~254.Google Scholar
  19. Ding Bo-yang, Fan Liang-ben, Wu Jian-hua. 1999. The Green function and wave field on two-phase saturated medium by concentrated force [J].Chinese JGeophys,42(6): 800~808 (in Chinese).Google Scholar
  20. Dong Liang-guo, Ma Zai-tian, Cao Jing-zhong. 2000a. A study on stability of the staggered-grid high-order difference method of first-order elastic wave equation [J].Chinese J Geophys,43(6): 904~913.Google Scholar
  21. Dong Liang-guo, Ma Zai-tian, Cao Jing-zhong,et al. 2000b. A staggered-grid high-order difference method of one-order elastic wave equation [J].Chinese J Geophys,43(3): 441~449.Google Scholar
  22. Gao Liang, Li You-ming, Chen Xu-rong,et al. 2000. An attempt to seismic ray tracing with symplectic algorithm [J].Chinese J Geophys,43(3): 433~440.Google Scholar
  23. Gao Xing, Wang Wei-min, Yao Zhen-xing. 2002. Hypocentral determination using simulated annealing method [J].Chinese J Geophys,45(4): 546~553.Google Scholar
  24. Gao Yuan, Zheng Si-hua, Zhou Hui-lan. 1999. Polarization patterns of fast shear wave in Tangshan region and their variations [J].Chinese J Geophys,42(2): 228~232.Google Scholar
  25. Gu Han-ming, Wang Jia-ying, Zhu Guang-ming. 2002. Calculation of reflection coefficient in frequency-wave-number domain using sea floor seismic multi-component data [J].Chinese J Geophys,45(2): 256~264.Google Scholar
  26. He Zheng-qin, Zhang Tian-zhong, Ye Tai-lan,et al. 2000. The upper and middle crustal velocity structure of the northern part of Hebei plain inferred from short period surface wave dispersion [J].Acta Seismologica Sinica,13(1): 93~97.Google Scholar
  27. He Zheng-qin, Ding Zhi-feng, Ye Tai-lan,et al. 2001. Surface wave tomography of the crust and upper mantle of Chinese mainland and its neighboring region [J].Acta Seismologica Sinica,14(6): 634~641.Google Scholar
  28. He Zheng-qin, Ding Zhi-feng, Ye Tai-lan,et al. 2002. Group velocity distribution of Rayleigh waves and crustal and upper mantle velocity structure of the Chinese mainland and its vicinity [J].Acta Seismologica Sinica,15(3): 269~275.Google Scholar
  29. Hu Jia-fu, Su You-jin. 1999. Estimation of the quality factor in shallow soil using surface waves [J].Acta Seismologica Sinica,12(5): 433~438.Google Scholar
  30. Hu Jia-fu, Duan Yong-kang, Hu Yi-li,etal. 1999. Inversion of shear-wave velocity structure in shallow soil from Rayleigh waves [J].Chinese JGeophys,42(3): 393~400 (in Chinese).Google Scholar
  31. Huang Guang-yuan. 2001. New imaging method for seismic reflection wave and its theoretical basis [J].Science in China (Series D),44(2): 159~165 (in Chinese).Google Scholar
  32. Jin Sheng-wen, Xu Shi-yong, Wu Ru-shan. 2002. Wave equation based prestack depth migration using generalized screen propagator [J].Chinese JGeophys,45(5): 723~729.Google Scholar
  33. Lai Yuan-gen, Liu Qi-yuan, Chen Jiu-hui,et al. 2002. Features of the S-wave splitting and stress field in the Xinjiang Jiashi strong earthquake region [J].Chinese JGeophys,45(1): 78~86.Google Scholar
  34. Li Lu-ming, Luo Sheng-xian, Zhao Bo. 2000. Tomographic inversion of first break in surface mode [J].Oil Geophys Prospecting,35(5): 559~564 (in Chinese).Google Scholar
  35. Li Shu-yong, Zhang Guan-quan, Liu Jun. 2002. Inversion of permeability for two-dimensional porous medium by means of arrival-time [J].Chinese JGeophys,45(6): 912~922.Google Scholar
  36. Liang Jian-wen, Yan Lin-jun, Lee V W. 2001a. Scattering of plane P waves by circular-arc layered alluvial valleys: An analytical solution [J].Acta Seismologica Sinica,14(2): 176~195.Google Scholar
  37. Liang Jian-wen, Yan Lin-jun, Lee V W. 2001b. Effects of a covering layer in a circular-arc canyon on incident plane SV waves [J].Acta Seismologica Sinica,14(6): 636~643.Google Scholar
  38. Liao Zhen-peng, Zhou Zheng-hua, Zhang Yan-hong. 2002. Stable implementation of transmitting boundary in numerical simulation of wave motion [J].Chinese J Geophys,45(4): 554~568.Google Scholar
  39. Liu Bin, Wang Bao-shan, Xi Dao-ying,et al. 1999a. The effects of water saturated cracks on seismic velocity and anisotropy in crust rocks [J].Chinese JGeophys,42(5): 702~710 (in Chinese).Google Scholar
  40. Liu Fu-tian, Hu Ge, Wang Huai-jun,et al. 2001a. Inversion of single-station teleseismic P-wave polarization data for the velocity structure of Beijing area [J].Science in China (Series D),44(3): 256~265.Google Scholar
  41. Liu Hong, Luo Ming-qiu, Li You-ming. 1999b. Common offset continuation in lateral varied velocity media [J].Chinese J Geophys,42(6): 809~817.Google Scholar
  42. Liu Hong, Luo Ming-qiu, Li You-ming,et al. 1999c. Hamilton method in describing common reflection point trajectory [J].Chinese J Geophys,42(5): 685~694.Google Scholar
  43. Liu Jian-hua, Liu Fu-tian, Wang Feng-xia,et al. 1999d. A measuring study for single-trace Lg coda Qc [J].Chinese J Geophys,42(3): 371~382 (in Chinese).Google Scholar
  44. Liu Jin-song, Xu Yun, Bala U. 1999e. Phononic lattice solid with various grid length for modeling seismic waves [J].Chinese J Geophys,42(4): 536~542 (in Chinese).Google Scholar
  45. Liu Kun, Zhang Zhong-jie, Hu Jia-fu,et al. 2001b. Frequency band-dependent of S-wave splitting in China mainland and its implications [J].Science in China (Series D),44(7): 659~665.Google Scholar
  46. Liu Qi-yuan, Chen Jiu-hui, Li Shun-cheng,et al. 2000a. Passive seismic experiment in Xinjiang-Jiashi strong earthquake region and discussion on its seismic genesis [J].Chinese J Geophys,43(3): 384~394.Google Scholar
  47. Liu Wei-xia. 1999. The Bessel functions solution of elastic waves propagation in a discrete medium [J].Chinese J Geophys,42(Suppl.): 204~208 (in Chinese).Google Scholar
  48. Liu Yang, Li Cheng-chu. 1999. Research on propagation properties of elastic waves in two-phase anisotropic media [J].Acta Seismologica Sinica,12(4): 367~373.Google Scholar
  49. Liu Yang, Li Cheng-chu. 2000. Study of elastic wave propagation in two-phase anisotropic media by numerical modeling of pseudospectral method [J].Acta Seismologica Sinica,13(2): 143~150.Google Scholar
  50. Liu Yang, Li Cheng-chu, Mou Yong-guang. 2000b. Reflection and transmission of plane wave on an interface between dissimilar two-phase, transversely isotropic media [J].Chinese J Geophys,43(5): 731~739.Google Scholar
  51. Liu Yi-ke, Chang Xu, Wang Hui,et al. 2001c. Estimation of near-surface velocity and seismic tomographic static corrections [J].Chinese JGeophys,44(2): 268~274.Google Scholar
  52. Luo Ming-qiu, Liu Hong, Li You-ming. 2001a. Hamiltonian description and symplectic method of seismic wave propagation [J].Chinese JGeophys,44(1): 119~127.Google Scholar
  53. Luo Ming-qiu, Liu Hong, Li You-ming. 2001b. Seismic wave modeling with implicit symplectic method based on spectral factorization on helix [J].Chinese J Geophys,44(3): 376~385.Google Scholar
  54. Meng Hong-ying, Liu Gui-zhong. 1999. Multiscale seismic waveform inversion by wavelet transform [J].Chinese J Geophys,42(2): 241~248 (in Chinese).Google Scholar
  55. Peng Yan-ju, Su Wei, Zheng Hui,et al. 2002. Love wave seismic tomography of China and vicinal sea areas [J].Chinese J Geophys,45(6): 842~851.Google Scholar
  56. Qian Hui, Jiang Mei, Xue Guang-qi,et al. 2001. Crustal structure of northeastern Tibet inferred from receiver function analysis [J].Acta Seismologica Sinica,14(1): 107~113.Google Scholar
  57. Qin Meng-zhao, Chen Jing-bo. 2000. Maslov asymptotic theory and symplectic algorithm [J].Chinese J Geophys,43(4): 556~567.Google Scholar
  58. Shao Xiu-min, Lan Zhi-ling. 2000. Finite element methods for the equations of waves in fluid-saturated porous media [J].Chinese J Geophys,43(2): 291~306.Google Scholar
  59. Shen Jian-guo, Zhang Hai-lan. 2000. Numerical study on 3D acoustic field generated by eccentric sources in borehole [J].Chinese J Geophys,43(2): 307~314.Google Scholar
  60. Shen Ping, Zheng Zhi-zhen. 1999. Application of transient spectrum to discrimination of nuclear explosions and earthquakes [J].Chinese J Geophys,42(2): 233~240.Google Scholar
  61. Shi Da-nian, Jiang Mei, Ma Kai-yi,et al. 1999. Crust and upper mantle tomographic structure across the Altyn fault zone using teleseismic P-waves [J].Chinese J Geophys,42(3): 341~350 (in Chinese).Google Scholar
  62. Shi Xing-jue, Ye Lin, Zhao Cui-ping,et al. 2000. Measurement of attenuationQ value of cylindrical sample from wave energy [J].Earthquake Research in China,14(2): 115~121.Google Scholar
  63. Shu Pei-yi, Zhang Xue-min, Li You-ming,et al. 2002. A study on transversal wave velocity structure under seismic station by inputting pure S wave [J].Chinese J Geophys,45(1): 63~71.Google Scholar
  64. Sun Ruo-mei, Vaccari F, Panza G F. 2000. SH-wave modeling of influence of local geological condition on strong ground motion [J].Chinese J Geophys,43(1): 65~73.Google Scholar
  65. Sun Yan, Liu Zheng-xing. 2002. Hamiltonian system and elastic wave propagation in layered media [J].Chinese J Geophys,45(4): 593~599.Google Scholar
  66. Tao Guo, Cheng C H, ToksÖz M N. 1999. Measurements of shear-wave azimuthal anisotropy with cross-dipole logs [J].Chinese J Geophys,42(2): 277~286 (in Chinese).Google Scholar
  67. Teng Ji-wen, Zhang Zhong-jie, Hu Jia-fu,et al. 2001. The Rayleigh wave dispersion and three dimensional velocity structure in continent and its margin of southeast China [J].Chinese J Geophys,44(5): 650~665.Google Scholar
  68. Wang Bi-quan, Wu Da-ming, Bian Yin-ju. 1999a. Attenuation characteristics of peak acceleration in North China and comparison with those in eastern North America [J].Acta Seismologica Sinia,12(1): 24~31.Google Scholar
  69. Wang Hui, Chang Xu. 2000. 3-D ray tracing method based on graphic structure [J].Chinese J Geophys,43(4): 568~575.Google Scholar
  70. Wang Hui, Chang Xu, Liu Yi-ke,et al. 2001. Seismic neighboring traces attenuation tomography in time domain [J].Chinese J Geophys,44(3): 393~400.Google Scholar
  71. Wang Pei-de, Klinge K, Kruger F,et al. 2000. Variation of shear-wave splinting in earthquake clusters with very similar waveforms [J].Acta Seismologica Sinica,13(5): 536~543.Google Scholar
  72. Wang Y B, Singh S C, Barton P J. 2002. Separation of P- and SV-wavefields form multi-component seismic data in theτ-p domain [J].Geophys JInt,151: 663~672.Google Scholar
  73. Wang Yu-xue, Zhang Guan-quan, Zhou Rui-fen. 2002. An absorbing-layer method of 3-D seismic migration in an irregular acquisition geometry [J].Chinese J Geophys,45(5): 740~746.Google Scholar
  74. Wang Yun, Wang Miao-yue, Peng Su-ping. 1999b. Stochastic joint inversion in Geophysics [J].Chinese J Geophys,42(Suppl.): 141~151 (in Chinese).Google Scholar
  75. Wang Zhen-li, Li You-ming. 1999. Parallel algorithm for simulating seismic wave propagation by cellular automata [J].Chinese J Geophys,42(3): 410~415 (in Chinese).Google Scholar
  76. Wu Jian-ping, Ming Yue-hong, Wang Chun-yong. 2001a. The S wave velocity structure beneath digital seismic stations of Yunnan province inferred from teleseismic receiver function modeling [J].Chinese J Geophys,44(2): 223~232.Google Scholar
  77. Wu Jian-ping, Ming Yue-hong, Zeng Rong-sheng. 2001b. Smooth constraint inversion technique in genetic algorithms and its application to surface wave study in the Tibetan plateau [J].Acta Seismologica Sinica,14(1): 49~57.Google Scholar
  78. Xu Guo-ming, Li Guang-pin, Wang Shan-en,et al. 2000. The 3-D structure of shear waves in the crust and mantle of east continental China inverted by Rayleigh wave data [J].Chinese J Geophys,43(3): 395~406.Google Scholar
  79. Xu Yi, Liu Fu-tian, Liu Jian-hua,et al. 2001. Seismic tomography beneath the orogenic belts and adjacent basins of northwestern China [J].Science in China (Series D),44(5): 468~480.Google Scholar
  80. Yang Ding-hui. 2002. Finite element method of the elastic wave equation and wavefield simulation in two-phase anisotropic media [J].Chinese J Geophys,45(4): 600~609.Google Scholar
  81. Yang D H, Liu E, Zhang Z J,et al. 2002. Finite-difference modeling in two-dimension anisotropic media using a flux-corrected transport technique [J].Geophys JInt,148: 320~328.Google Scholar
  82. Yang Feng, Nie Zai-ping. 2000. Reconstruction of two-dimensional axi-symmetric media using the variational born iteration method [J].Chinese J Geophys,43(4): 584~590.Google Scholar
  83. Yang Kuan-de, Yang Ding-hui, Wang Shu-qiang. 2002. Wave-field simulation based on the Biot-Squirt equation [J].Chinese J Geophys,45(6): 894~902.Google Scholar
  84. Yang Lei, Zhang Xiang-jun, Li You-ming. 1999. Control nonlinear inversion of seismic traces [J].Chinese J Geophys,42(5): 677~684 (in Chinese).Google Scholar
  85. Yang Yi, Zhou Hui-lan. 2001. Application of receiver function method to estimate the buried depths of discontinuities in the upper mantle beneath China and adjacent area [J].Chinese J Geophys,44(6): 769~778.Google Scholar
  86. Yin Xing-yao, Liu Hong, Li You-ming. 1999. Build on equation of common offset continuation based on the Hamilton equation [J].Chinese J Geophys,42(2): 249~256 (in Chinese).Google Scholar
  87. Zhang Bi-xing, Lu Lai-yu, Bao Guang-shu. 2002a. A study on zigzag dispersion curves in Rayleigh wave exploration [J].Chinese J Geophys,45(2): 265~276.Google Scholar
  88. Zhang Bi-xing, Wang Ke-xie. 2000. Theoretical study of multipole acoustic logging in anisotropic two-phase medium formation [J].Chinese J Geophys,43(5): 749~762.Google Scholar
  89. Zhang Bi-xing, Xiao Bo-xun, Yang Wen-jie,et al. 2000a. Mechanism of zigzag dispersion curves in Rayleigh exploration and its inversion study [J].Chinese J Geophys,43(4): 591~601.Google Scholar
  90. Zhang Bing-ming, Dong Min-yi, Qian Zhong-ping. 1999a. Incidence, reflection and transmission angles in anisotropic media [J].Acta Seismologica Sinica,12(4): 374~376.Google Scholar
  91. Zhang Hai-ming, Chen Xiao-fei. 2001. Self-adaptive Filons integration method and its application to computing synthetic seismograms [J].Chinese Phys Letters,18(3): 313~315.Google Scholar
  92. Zhang Hai-ming, Chen Xiao-fei, Chang S H. 2001a. Peak-trough averaging method and its application to calculation of synthetic seismograms with shallow focuses [J].Chinese J Geophys,44(6): 791~799.Google Scholar
  93. Zhang Jian, Zhang Hai-ming, Chen Xiao-fei. 2002b. Characteristics of head wave in multi-layered half-space [J].Acta Seismologica Sinica,15(6): 585~594.Google Scholar
  94. Zhang J F. 1999. Quadrangle-grid velocity-stress finite difference method for poroelastic wave equations [J].Geophys JInt,139: 171~182.Google Scholar
  95. Zhang J F, Liu T L. 1999. P-SV-wave propagation in heterogeneous media: grid method [J].Geophys J Int,136: 431~438.Google Scholar
  96. Zhang J F, Liu T L. 2002. Elastic wave modeling in 3D heterogeneous media: 3D grid method [J].Geophys J Int,150: 789~799.Google Scholar
  97. Zhang Ke, Li Yan-da, Liu Gui-zhong,et al. 1999b. Multiresolution seismic signal deconvolution [J].Chinese J Geophys,42(4): 529~535 (in Chinese).Google Scholar
  98. Zhang Mei-gen, Wang Miao-yue. 2001. Prestack finite element reverse-time migration for anisotropic elastic waves [J].Chinese J Geophys,44(5): 699~707.Google Scholar
  99. Zhang Po, Yang Chang-chun, Li You-ming. 2000b. 3-D multi-valued seismic wavefield reconstruction and Greens function computation [J].Chinese J Geophys,43(2): 269~277.Google Scholar
  100. Zhang Wen-sheng, Guan Quan, Song Hai-bin. 2001b. Prestack depth migration by hybrid method with high precision and its parallel [J].Chinese J Geophys,44(4): 538~547.Google Scholar
  101. Zhang Wen-sheng, He Jiao-deng. 1999. Statistical tomography in anisotropic media by using crosshole traveltimes of qP wave and qSVwave [J].Chinese J Geophys,42(Suppl.): 195~203 (in Chinese).Google Scholar
  102. Zhang Y, Bergler S, Tygel M,et al. 2002. Model-independent travel-time attributes for 2-D finite-offset multi-coverage reflections [J].Pure Appl Geophys,159: 1601~1616.CrossRefGoogle Scholar
  103. Zhang Z J, Wang G J, Harris J M. 1999. Multi-component wavefield simulation in viscous extensively dilatancy anisotropic media [J].Phys Earth Planet Int,114: 25~38.Google Scholar
  104. Zhang Zhi-yu, Gao Jing-huai, Gu Jia-liu,et al. 1999c. Multi-scaleτ-p spectrum and its application [J].Chinese J Geophys,42(4): 543~548 (in Chinese).Google Scholar
  105. Zhao Ai-hua, Zhang Zhong-jie, Wang Guang-jie,et al. 2000a. A new scheme for fast calculation of seismic traveltimes and ray paths in heterogeneous media [J].Acta Seismologica Sinica,13(2): 166~173.Google Scholar
  106. Zhao Cheng-bin. 1999. Refractor imaging and application study using an automated wavefront reconstruction method [J].Chinese J Geophys,42(Suppl.): 188~194 (in Chinese).Google Scholar
  107. Zhao Wei-ming, Yang Ming-zhi, Jin Yan-long,et al. 2000b. Characteristics of coda Q-value in the mid-northern part ofNingxia [J].Acta Seismologica Sinica,13(3): 257~264.Google Scholar
  108. Zhu Guo-zhen, Zhu Xi-fu, Guo Hong-zhi. 2001a. Experimental study of non-specular reflected acoustic field on a water-FSPM interface [J].Chinese J Geophys,44(1): 79~89.Google Scholar
  109. Zhu Jie-shou, Cao Jia-min, Cai Xue-lin,et al. 2002a. High resolution surface wave tomography in East Asia and West Pacific marginal seas [J].Chinese J Geophys,45(5): 679~698.Google Scholar
  110. Zhu Liang-bao, Xu Qing, Chen Xiao-fei. 2001b. Application of conformal mapping in regional surface wave group velocity inversion [J].Chinese J Geophys,44(1): 59~67.Google Scholar
  111. Zhu Liang-bao, Xu Qing, Chen Xiao-fei. 2002b. Group velocity of Rayleigh wave in Chinese continent and its adjacent seas [J].Chinese J Geophys,45(4): 491~501.Google Scholar
  112. Zou Zui-hong, Chen Xiao-fei. 2003. Mapping the crustal S-wave velocity structure by using the SV component receiver function method [J].Acta Seismologica Sinica,16(1): 16~25.Google Scholar

Copyright information

© Acta Seismologica Sinica 2003

Authors and Affiliations

  1. 1.Department of GeophysicsPeking UniversityBeijingChina

Personalised recommendations