All Stories

  1. Detection of subsurface lineaments using edge diffraction
  2. Imaging Shallow Linear Diffractors by 3D Weighted Multipath Summation
  3. Seismic ringing effect in the shallow subsurface
  4. Relations between Dead Sea Sinkholes and Faults
  5. Prestack Time Migration using the Kirchhoff Sum Along a New Approximation of the Reflection Travel Time Curve
  6. Application of seismic diffraction imaging for detecting near-surface inhomogeneities in the Dead Sea area
  7. 3D PSTM Using Weighted Multipath Summation for Imaging Shallow Subsurface
  8. Imaging near-surface inhomogeneities using weighted multipath summation
  9. Weighted Multipath Summation as a Tool for Imaging Localized Near-surface Inhomogeneities
  10. 3D Prestack Time Migration by Multipath Summation
  11. Integrated study of the sinkhole development site on the Western shores of the Dead Sea using geophysical methods
  12. Imaging shallow subsurface inhomogeneities by 3D multipath diffraction summation
  13. Multiple prediction without prestack data - an efficient tool for interpretive processing
  14. Multifocusing imaging over an irregular topography
  15. Homeomorphic imaging approach — theory and practice
  16. Multifocusing homeomorphic imaging
  17. Multifocusing homeomorphic imaging
  18. Multifocusing in Practice
  19. A Comparative study of salt dome flanks by alternative processing techniques
  20. Construction of Kinematic Seismic Model by Homeomorphic Imaging Method
  21. The Use of Regularized Global Approximation Algorithm for 1D Waveform Inversion
  22. Determination of Wedge Points by High Resolution Homeomorphic Imaging Method
  23. Determination of shallow velocity-depth model from seismic refraction data by coherency inversion
  24. Studying of salt dome by homeomorphic imaging technique - A case of history
  25. Basic HI formulae of a general theory of local time correction
  26. Combined homeomorphic stacking
  27. Inversion of combined data of the CRE nad CEE imaging
  28. Common Evolute Element (CEE) stack and imaging (zero‐offset stack)
  29. Optimum time‐to‐depth conversion