1. Zhang, B., Lei, J., & Zhang, G. (2020). Seismic evidence for influences of deep fluids on the 2019 Changning Ms 6.0 earthquake, Sichuan basin, SW China. J. Asian Earth Sci. 200, 104492.(查看)
2. Lei, J., Zhao, D., Xu, X., Du, M., Mi, Q., & Lu, M. (2020). P-wave upper-mantle tomography of the Tanlu fault zone in eastern China. Phys. Earth Planet. Inter. 299, 106402.(查看)
雷建设, 张冰. (2021). 中国南部典型地区地壳上地幔深部速度结构数据集(2019-2020). 国家青藏高原科学数据中心, 2021. doi:
10.11888/Disas.tpdc.271351.
[Lei, J., Zhang, B. (2021). Deep fine structure data set of crust and upper mantle in typical areas of southern China (2019-2020). National Tibetan Plateau Data Center, 2021]
/02P-wave upper-mantle tomography of the Tanlu fault zone in eastern China/03P-wave travel times and residuals.jpg
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/01Seismic evidence for influences of deep fluids on the 2019 Changning Ms 6.0 earthquake, Sichuan basin, SW China
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/02P-wave upper-mantle tomography of the Tanlu fault zone in eastern China
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/03Deep structure of the Longmenshan fault zone and mechanism of the 2008 Wenchuan earthquake
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/01Seismic evidence for influences of deep fluids on the 2019 Changning Ms 6.0 earthquake, Sichuan basin, SW China/01Changning area, Sichuan basin..jpg
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/01Seismic evidence for influences of deep fluids on the 2019 Changning Ms 6.0 earthquake, Sichuan basin, SW China/02stations and events.jpg
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/01Seismic evidence for influences of deep fluids on the 2019 Changning Ms 6.0 earthquake, Sichuan basin, SW China/03Observed travel times and velocity models.jpg
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/01Seismic evidence for influences of deep fluids on the 2019 Changning Ms 6.0 earthquake, Sichuan basin, SW China/04Results of Vp and Vs checkerboard resolution tests.jpg
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/01Seismic evidence for influences of deep fluids on the 2019 Changning Ms 6.0 earthquake, Sichuan basin, SW China/05Results of a checkerboard resolution test for Vp and Vs along cross-sections.jpg
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/01Seismic evidence for influences of deep fluids on the 2019 Changning Ms 6.0 earthquake, Sichuan basin, SW China/06Tomographic images of Vp and Vs and VpVs around the Changning source area.jpg
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/01Seismic evidence for influences of deep fluids on the 2019 Changning Ms 6.0 earthquake, Sichuan basin, SW China/07vertical cross sections passing through the Changning earthquake source area1.jpg
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/01Seismic evidence for influences of deep fluids on the 2019 Changning Ms 6.0 earthquake, Sichuan basin, SW China/08vertical cross sections passing through the Changning earthquake source area2.jpg
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/01Seismic evidence for influences of deep fluids on the 2019 Changning Ms 6.0 earthquake, Sichuan basin, SW China/09vertical cross sections passing through the Changning earthquake source area3.jpg
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/01Seismic evidence for influences of deep fluids on the 2019 Changning Ms 6.0 earthquake, Sichuan basin, SW China/2020_sccn_3-D_velocity_models.txt
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/01Seismic evidence for influences of deep fluids on the 2019 Changning Ms 6.0 earthquake, Sichuan basin, SW China/2020_sccn_relocating_earthquakes.txt
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/02P-wave upper-mantle tomography of the Tanlu fault zone in eastern China/01Tectonic setting and events.jpg
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/02P-wave upper-mantle tomography of the Tanlu fault zone in eastern China/02Stations and epicentral distribution of teleseismic events.jpg
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/02P-wave upper-mantle tomography of the Tanlu fault zone in eastern China/04Trade-off curve for the root-mean-square travel-time residuals versus norm of solution..jpg
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/02P-wave upper-mantle tomography of the Tanlu fault zone in eastern China/05Results of a checkerboard resolution test.jpg
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/02P-wave upper-mantle tomography of the Tanlu fault zone in eastern China/06Map views of P-wave velocity tomography.jpg
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/02P-wave upper-mantle tomography of the Tanlu fault zone in eastern China/07vertical cross-sections of P-wave velocity tomography1.jpg
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/02P-wave upper-mantle tomography of the Tanlu fault zone in eastern China/08vertical cross-sections of P-wave velocity tomography2.jpg
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/02P-wave upper-mantle tomography of the Tanlu fault zone in eastern China/09The results of a synthetic test1.jpg
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/02P-wave upper-mantle tomography of the Tanlu fault zone in eastern China/10The results of a synthetic test2.jpg
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/02P-wave upper-mantle tomography of the Tanlu fault zone in eastern China/11Comparison of the previous tomographic models with ours.jpg
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/02P-wave upper-mantle tomography of the Tanlu fault zone in eastern China/12vertical cross-sections of P-wave velocity tomography3.jpg
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/02P-wave upper-mantle tomography of the Tanlu fault zone in eastern China/13big mantle wedge model.jpg
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/03Deep structure of the Longmenshan fault zone and mechanism of the 2008 Wenchuan earthquake/01vertical cross profiles of P-wave velocity, S-wave velocity and Poisson's ratio.JPG
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/03Deep structure of the Longmenshan fault zone and mechanism of the 2008 Wenchuan earthquake/02Teleseismic imaging results on the eastern margin of the Tibetan Plateau.JPG
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/03Deep structure of the Longmenshan fault zone and mechanism of the 2008 Wenchuan earthquake/03Comparison of imaging results and receiver function results of mantle transition zone.JPG
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1. Zhang, B., Lei, J., & Zhang, G. (2020). Seismic evidence for influences of deep fluids on the 2019 Changning Ms 6.0 earthquake, Sichuan basin, SW China. J. Asian Earth Sci. 200, 104492.
2. Lei, J., Zhao, D., Xu, X., Du, M., Mi, Q., & Lu, M. (2020). P-wave upper-mantle tomography of the Tanlu fault zone in eastern China. Phys. Earth Planet. Inter. 299, 106402.
雷建设, 张冰. (2021). 中国南部典型地区地壳上地幔深部速度结构数据集(2019-2020). 国家青藏高原科学数据中心, 2021.
doi:
10.11888/Disas.tpdc.271351.
[Lei, J., Zhang, B. (2021). Deep fine structure data set of crust and upper mantle in typical areas of southern China (2019-2020). National Tibetan Plateau Data Center, 2021.
doi:
10.11888/Disas.tpdc.271351. ]