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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                                    1947


                    H.   Rupture  Model  of  the  1989  Loma  Prieta  Earth‑  [70]  Kostrov B V.  Seismic Moment and Energy of Earth‑
                    quake  from  the  Inversion  of  Strong-Motion  and   quakes, and Seismic Flow of Rock[J]. International
                    Broadband Teleseismic Data[J].  Bulletin of the Seis‑  Journal  of  Rock  Mechanics  &  Mining  Sciences  &
                    mological Society of America, 1991, 81(5): 1540-  Geomechanics, 1976, 13(1): 23-44.
                    1572.                                       [71]  SHEN-TU B, HOLT W E, HAINES A J.  Intra‑
               [62]  KIKUCHI M, KANAMORI H.  Rupture Process of      plate  Deformation  in  the  Japanese  Islands:  A  Kine‑
                    the Kobe, Japan, Earthquake of Jan.  17, 1995, De‑  matic  Study  of  Intraplate  Deformation  at  a  Conver‑
                    termined from Teleseismic Body Waves[J].  Journal   gent  Plate  Margin[J].   Journal  of  Geophysical  Re‑
                    of Physics of the Earth, 1996, 44(5): 429-436.   search:  Solid  Earth,  1995,  100(B12):  24275-
               [63]  YAGI Y, KIKUCHI M.  Source Rupture Process of   24293.
                    the  Kocaeli,  Turkey,  Earthquake  of  August  17,   [72]  SEGALL  P,  MATTHEWS  M.   Time  Dependent
                    1999, Obtained by Joint Inversion of Near-Field Da‑  Inversion of Geodetic Data[J].  Journal of Geophysi‑
                    ta  and  Teleseismic  Data[J].   Geophysical  Research   cal  Research:  Solid  Earth,  1997,  102(B10) :
                    Letters, 2000, 27(13): 1969-1972.                22391-22409.
               [64]  DELOUIS  B.   Joint  Inversion  of  InSAR,  GPS,   [73]  KOSITSKY  A  P,  AVOUAC  J  P.   Inverting  Geo‑
                    Teleseismic,  and  Strong-Motion  Data  for  the  Spa‑  detic Time Series with a Principal Component Analy‑
                    tial  and  Temporal  Distribution  of  Earthquake  Slip:   sis-Based Inversion Method[J].  Journal of Geophysi‑
                    Application to the 1999 Izmit Mainshock[J].  Bulle‑  cal  Research (Solid  Earth),  2010,  115(B3):
                    tin  of  the  Seismological  Society  of  America,  2002,   B03401.
                    92(1): 278-299.                             [74]  GUALANDI A, LIU Z.  Variational Bayesian Inde‑
               [65]  WEI  S,  BARBOT  S,  GRAVES  R,  et  al.   The   pendent  Component  Analysis  for  InSAR  Displace‑
                    2014 Mw 6. 1 South Napa Earthquake: A Unilateral   ment  Time-Series  with  Application  to  Central  Cali‑
                    Rupture  with  Shallow  Asperity  and  Rapid  Afterslip  fornia, USA[J].  Journal of Geophysical Research:
                    [J].   Seismological  Research  Letters,  2015,  86  Solid Earth, 2021, 126(4): e2020JB020845.
                    (2A): 344-354.                              [75]  WEN  Y  M,  CAI  J  F,  HE  K  F,  et  al.   Dynamic
               [66]  YE  L  L,  BAI  Y  F,  SI  D  J,  et  al.   Rupture  Model   Rupture  of  the  2021  Mw  7. 4  Maduo  Earthquake:
                    for the 29 July 2021 Mw 8. 2 Chignik, Alaska Earth‑  An Intra-Block Event Controlled by Fault Geometry
                    quake  Constrained  by  Seismic,  Geodetic,  and  Tsu‑  [J].  Journal of Geophysical Research: Solid Earth,
                    nami  Observations[J].   Journal  of  Geophysical  Re‑  2024, 129(1): e2023JB027247.
                    search:Solid Earth,2022,127(7): e2021JB023676.  [76]  FUKUDA J, JOHNSON K M.  Bayesian Inversion
               [67]  YUE  H,  SHEN  Z  K,  ZHAO  Z  Y,  et  al.   Rupture   for a Stress-Driven Model of Afterslip and Viscoelas‑
                    Process  of  the  2021  M  7. 4  Maduo  Earthquake  and   tic Relaxation: Method and Application to Postseis‑
                    Implication  for  Deformation  Mode  of  the  Songpan-  mic  Deformation  Following  the  2011  Mw  9. 0  To‑
                    Ganzi  Terrane  in  Tibetan  Plateau[J].   Proceedings   hoku-Oki  Earthquake[J]. Journal  of  Geophysical
                    of  the  National  Academy  of  Sciences  of  the  United   Research:Solid Earth,2021,126(5):e2020JB021620.
                    States of America, 2022, 119(23): e2116445119.  [77]  YANG  Y,  GAO  A  F,  AZIZZADENESHELI  K,
               [68]  MELGAR  D,  PÉREZ-CAMPOS  X,  RAMIREZ-          et al.  Rapid Seismic Waveform Modeling and Inver‑
                    GUZMAN L, et al.  Bend Faulting at the Edge of a   sion  with  Neural  Operators[J].   IEEE  Transactions
                    Flat  Slab:  The  2017  Mw  7. 1  Puebla-Morelos,   on Geoscience and Remote Sensing,2023,61: 5906712.
                    Mexico  Earthquake[J].   Geophysical  Research  Let‑  [78]  LIN  X  K,  XU  C  J,  JIANG  G  Y,  et  al.   A  Hybrid
                    ters, 2018, 45(6): 2633-2641.                    Deep  Learning  Model  for  Rapid  Probabilistic  Earth‑
               [69]  BARNHART  W  D,  HAYES  G  P,  WALD  D  J.      quake  Source  Parameter  Estimation  with  Displace‑
                    Global  Earthquake  Response  with  Imaging  Geode‑  ment  Waveforms  from  a  Flexible  Set  of  Seismic  or
                    sy: Recent Examples from the USGS NEIC[J].  Re‑  HR-GNSS Stations[J].  IEEE Transactions on Geo‑
                    mote Sensing, 2019, 11(11): 1357.                science and Remote Sensing, 2023, 61: 5923416.
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