Page 10 - 《武汉大学学报(信息科学版)》2025年第10期
P. 10

第 50 卷第 10 期               许光煜等:大地测量地球物理联合反演现状与展望                                    1945


                    quake,  1927[J].   Journal  of  Physics  of  the  Earth,   1135-1154.
                    1958, 6(1): 15-22.                          [30]  OKADA Y.  Internal Deformation Due to Shear and
               [20]  SAVAGE  J  C,  BURFORD  R  O.   Geodetic  Deter‑  Tensile  Faults  in  a  Half-Space[J].   The  Bulletin  of
                    mination of Relative Plate Motion in Central Califor‑  the  Seismological  Society  of  America,  1992,  82
                    nia[J].  Journal of Geophysical Research, 1973, 78  (2): 1018-1040.
                    (5): 832-845.                               [31]  OKUBO  S.   Gravity  and  Potential  Changes  Due  to
               [21]  SAVAGE  J  C.   Strain  Accumulation  in  Western   Shear and Tensile Faults in a Half-Space[J].  Jour‑
                    United  States[J].   Annual  Review  of  Earth  and   nal of Geophysical Research: Solid Earth, 1992, 97
                    Planetary Sciences, 1983, 11: 11-41.            (B5): 7137-7144.
               [22]  SEGALL  P,  DAVIS  J  L.   GPS  Applications  for   [32]  WRIGHT  T  J,  LU  Z,  WICKS  C.   Source  Model
                    Geodynamics  and  Earthquake  Studies[J].   Annual   for  the  Mw  6. 7,  23  October  2002,  Nenana  Moun‑

                    Review  of  Earth  and  Planetary  Sciences,  1997,   tain Earthquake (Alaska) from InSAR[J].  Geophysi‑
                    25: 301.                                         cal Research Letters,2003,30(18): 2003GL018014.
               [23]  许才军, 晁定波, 刘经南, 等 .  用大地测量资料反               [33]  FUNNING  G  J,  PARSONS  B,  WRIGHT  T  J.
                    演青藏高原构造应力场的初步尝试[J].  测绘学报,                       Fault  Slip  in  the  1997  Manyi,  Tibet  Earthquake
                    1997, 26(2): 3-8.                                from  Linear  Elastic  Modelling  of  InSAR  Displace‑
                    XU Caijun, CHAO Dingbo, LIU Jingnan, et al.  A   ments [J].   Geophysical  Journal  International,
                    Preliminary  Attempt  to  Inverse  the  Tectonic  Stress   2007, 169(3): 988-1008.
                    Field  of  Qinghai-Tibet  Plateau  with  Geodetic  Data  [34]  XU C J, WANG H, LIU J N.  Present-Day Crustal
                    [J].   Acta  Geodaetica  et  Cartographica  Sinica,   Deformation Field in China Continent Inverted from
                    1997, 26(2): 3-8.                                GPS Observations, Earthquake Moment Tensor and
               [24]  PARK  S,  AVOUAC  J  P,  ZHAN  Z  W,  et  al.    Quaternary Fault Slip Rates[J].  Wuhan University
                    Weak  Upper-Mantle  Base  Revealed  by  Postseismic   Journal of Natural Sciences, 2003, 8(2): 736-744.
                    Deformation  of  a  Deep  Earthquake[J].   Nature,   [35]  VASYURA-BATHKE H, DETTMER J, STEIN‑
                    2023, 615(7952): 455-460.                        BERG A, et al.  The Bayesian Earthquake Analysis
               [25]  MASSONNET  D,  ROSSI  M,  CARMONA  C,  et       Tool[J].  Seismological Research Letters, 2020, 91
                    al.   The  Displacement  Field  of  the  Landers  Earth‑  (2A): 1003-1018.
                    quake Mapped by Radar Interferometry[J].  Nature,   [36  MELGAR  D,  RUIZ-ANGULO  A,  GARCIA  E
                    1993, 364: 138-142.                              S, et al.  Deep Embrittlement and Complete Rupture
               [26]  WEN  Y  M,  LI  Z  H,  XU  C  J,  et  al.   Postseismic   of the Lithosphere During the Mw  8. 2 Tehuantepec
                    Motion After the 2001 Mw 7. 8 Kokoxili Earthquake   Earthquake [J].   Nature  Geoscience,  2018,  11:
                    in Tibet Observed by InSAR Time Series[J].  Jour‑  955-960.

                    nal  of  Geophysical  Research:  Solid  Earth,  2012,   [37]  PENG  W,  RADIGUET  M,  PATHIER  E,  et  al.
                    117(B8): 2011JB009043.                           Fault Coupling on a Creeping Thrust Fault: Joint In‑
               [27]  XU C, LIU Y, WEN Y, et al.  Coseismic Slip Dis‑  version  Using  Geodetic  Data  and  Repeating  Earth‑
                    tribution of the 2008 Mw 7. 9 Wenchuan Earthquake   quakes[J].  Journal of Geophysical Research (Solid
                    from  Joint  Inversion  of  GPS  and  InSAR  Data[J].    Earth), 2023, 128(9): e2023JB026843.
                    Bulletin  of  the  Seismological  Society  of  America,   [38]  MOORKAMP  M,  HEINCKE  B,  JEGEN  M,  et
                    2010, 100(5B): 2736-2749.                        al.   A  Framework  for  3-D  Joint  Inversion  of  MT,
               [28]  陈运泰, 林邦慧, 林中洋, 等 .  根据地面形变的观                    Gravity  and  Seismic  Refraction  dataFree[J].   Geo‑
                    测研究 1966 年邢台地震的震源过程[J].  地球物理                    physical  Journal  International,  2011,  184(1) :
                    学报, 1975, 18(3): 164-182.                        477-493.
                    CHEN  Yuntai,  LIN  Banghui,  LIN  Zhongyang,  et   [39]  SEGALL  P,  LLENOS  A  L,  YUN  S  H,  et  al.
                    al.   The  Focal  Mechanism  of  the  1966  Hsingtai   Time-Dependent Dike Propagation from Joint Inver‑
                    Earthquake as Inferred from the Ground Deformation   sion  of  Seismicity  and  Deformation  Data[J].   Jour‑
                    Observations[J].   Chinese  Journal  of  Geophysics,   nal  of  Geophysical  Research:  Solid  Earth,  2013,
                    1975, 18(3): 164-182.                            118(11): 5785-5804.
               [29]  OKADA Y.  Surface Deformation Due to Shear and   [40]  CANNAVÒ F, SCANDURA D, PALANO M, et
                    Tensile  Faults  in  a  Half-Space[J].   Bulletin  of  the   al.  A Joint Inversion of Ground Deformation and Fo‑
                    Seismological  Society  of  America,  1985,  75(4):   cal Mechanisms Data for Magmatic Source Modelling
   5   6   7   8   9   10   11   12   13   14   15