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Keyword [three-dimensional deformation]
Result: 1 - 20 | Page: 1 of 2
1. Experimental Analysis Of Three-dimensional Deformation In Large Deformation Fracture
2. Study Of Spatial Carrier Modulation And System For Electronic Speckle Pattern
3. Three Dimensional Deformation Measurement Research By Electronic Speckle Pattern Interferometry (ESPI)
4. The Three-dimensional Deformation Field Of The 2008 Gaize, Tibet Earthquake Resolved From InSAR Measurements With Multi-incidence Angle And Inversion Of Fault Slip Distributions
5. Measurement System For3D Deformations Based On DSPI And Its Applications
6. Acquisition And Application Of Three-dimensional Deformation Fields Based On InSAR And Multi-source Data
7. Study On The Deformation Monitoring Based On Integrating Of Multi-source SAR Imagery
8. Three-dimensional Deformation Measurement With The Combination Of DSCM And ESPI
9. Acquiring3D Coseismic Deformation Field Of Bam Earthquake By Using D-InSAR And MAI Techniques Weighted
10. Study On Three Dimensional Deformation Measurement Based On Local Frequency Without Phase Unwrapping Process
11. GPS?InSAR Data Combined Methods For Three-Dimensional Surface Deformation Field
12. Study On A Portable In Situ Three-dimensional Deformation Measurement System Using A Single-camera And Its Applications
13. Parameters Inversion Of Exponent Knothe Model Based On SAR Images
14. Study For Co-seismic And Post-seismic Deformation Of The 2008 Yutian Mw7.2 Earthquake
15. Inversion Of Fault Parameters Based On Disclination-dislocation Model And Quantum Particle Swarm Optimization Algorithm
16. Establishment Of Three-Dimensional Surface Deformation Field By GPS-InSAR Data Fusion
17. Study On Observations Of Coseismic-Interseismic Deformation And Kinematic Inversions Of Fault Parameters Using InSAR
18. Dynamic Monitoring And Deformation Characteristics Analysis Of Creeping Landslide Based On SBAS-InSAR
19. Research On Three-dimensional Deformation Measurement Technology And Algorithm Based On Speckle Pattern Interference
20. Co-seismic And Post-seismic Deformation And Simulation Of The 2017 Mw 7.3,Iran Earthquake Inferred From InSAR Technology
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