Research topics:

Numerical methods, inverse problems, seismic imaging (migration+tomography), time-series analysis.

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121 to 130 of 206 Results
Replication Data for: Leveraging local depth phases for improved hypocenter analysis and discovery of a thick seismogenic zone in Ridgecrest, California
Nov 7, 2024
Tong, Ping, 2024, "Replication Data for: Leveraging local depth phases for improved hypocenter analysis and discovery of a thick seismogenic zone in Ridgecrest, California", https://doi.org/10.21979/N9/BHCBP6, DR-NTU (Data), V1
sP phase data collected in the Ridgecrest region, California
location_result.pickle
Nov 7, 2024 - Replication Data for: Leveraging local depth phases for improved hypocenter analysis and discovery of a thick seismogenic zone in Ridgecrest, California
Unknown - 783.6 KB - MD5: 060e6aac2b918b0f1a8aae44e82b2fa2
phase_info.txt
Nov 7, 2024 - Replication Data for: Leveraging local depth phases for improved hypocenter analysis and discovery of a thick seismogenic zone in Ridgecrest, California
Plain Text - 379.1 KB - MD5: 08824408bfc21522f409752fb310a752
Three-Dimensional Receiver Function Adjoint Tomography for High-resolution Seismic Array Imaging: Methodology and Applications in Southeastern Tibet
Apr 10, 2023 - Xu Mijian
Xu, Mijian; Wang, Kai; Chen, Jing; Yu, Dayong; Tong, Ping, 2023, "Three-Dimensional Receiver Function Adjoint Tomography for High-resolution Seismic Array Imaging: Methodology and Applications in Southeastern Tibet", https://doi.org/10.21979/N9/MBWEP5, DR-NTU (Data), V1
Receiver function data used in "Three-Dimensional Receiver Function Adjoint Tomography for High-resolution Seismic Array Imaging: Methodology and Applications in Southeastern Tibet"
rf_upload.zip
Apr 10, 2023 - Three-Dimensional Receiver Function Adjoint Tomography for High-resolution Seismic Array Imaging: Methodology and Applications in Southeastern Tibet
ZIP Archive - 367.0 MB - MD5: a192bd3ff8e9d9b7aaf5a2ed8ddd2c4d
Receiver Functions
Replication Data for: Double-difference adjoint tomography of the crust and uppermost mantle beneath Alaska
Dec 14, 2022
Tong, Ping, 2022, "Replication Data for: Double-difference adjoint tomography of the crust and uppermost mantle beneath Alaska", https://doi.org/10.21979/N9/MQG8HN, DR-NTU (Data), V1
The final P-wave velocity model of Alaska revealed by double-difference adjoint tomography.
Alaska_DD_Vp.txt
Dec 14, 2022 - Replication Data for: Double-difference adjoint tomography of the crust and uppermost mantle beneath Alaska
Plain Text - 225.6 MB - MD5: 0060875d4e973940715a4a7af333b982
Replication Data for: Rapid Along-strike Variations of Shallow Crustal Structure in Response to Indo-Burma Subduction: Constraints from Multi-type Passive Seismic Data
Nov 3, 2022
Tong, Ping, 2022, "Replication Data for: Rapid Along-strike Variations of Shallow Crustal Structure in Response to Indo-Burma Subduction: Constraints from Multi-type Passive Seismic Data", https://doi.org/10.21979/N9/6FAZG7, DR-NTU (Data), V1
Receiver functions, P-wave Polarizations, and H/V ratios for Myanmar
Bai_etal._suppl_data.7z
Nov 3, 2022 - Replication Data for: Rapid Along-strike Variations of Shallow Crustal Structure in Response to Indo-Burma Subduction: Constraints from Multi-type Passive Seismic Data
7Z Archive - 7.4 MB - MD5: c570fd6ef16e62a8a76762aec3f79f0f
RFs, Polarization and HZ ratio data in Myanmar
Replication Data for: Complex Patterns of Past and Ongoing Crustal Deformation in Southern California Revealed by Seismic Azimuthal Anisotropy
Sep 2, 2022
Tong, Ping, 2022, "Replication Data for: Complex Patterns of Past and Ongoing Crustal Deformation in Southern California Revealed by Seismic Azimuthal Anisotropy", https://doi.org/10.21979/N9/JQDOAQ, DR-NTU (Data), V2
Azimuthally anisotropic P-wave velocity model of the crustal structure beneath Southern California revealed by Adjoint-state Traveltime Tomography
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