resistivity modeling R seismic mentioned that going on dov.ppt

resistivity modeling R seismic mentioned that going on dov

1. Resistivity modeling
by: يئايزيفويج سدنهم
رماع يلع دمحم

2. Pole –pole Pole -dipole
Dipole -dipole
Wenner Schlumberger
ELECTRODE ARRAYS

3. Data plotting

4. CHOICE OF THE “BEST” ARRAY
Depends on:
1)type of structure to be mapped
2)sensitivity of the resistivity meter
3)background noise level
Things to be considered:
1)depth of investigation
2)sensitivity of the array to vertical and horizontal structures
3)horizontal data coverage
4)signal strength.

5. SURVEY SETUP

6. 3-D MESH

7. Block model

8. Block model response
Wenner
Pole-pole
Dipole -dipole
Pole-dipole

9. Pole-pole array sensitivity

10. Pole-dipole array sensitivity

11. Dipole-dipole array sensitivity

12. Wenner array sensitivity

13. Schlumberger array sensitivity

14. Near Surface Layer

15. Near Surface Layer –Response, Plan View

16. Near Surface Layer –Response, Pseudosection

17. Vertical Contact

18. Vertical Contact -Response, Plain View

19. Vertical Contact –Response, Pseudosection

20. Buried Vertical Contact

21. Buried Vertical Contact –Response, Plan View

22. Buried Vertical Contact –Response, Pseudosection

23. Vertical Contact with Overburden

24. Vertical Contact with Overburden –Response, Plan View

25. Vertical Contact with Overburden –Response, Pseudosection

26. 3D Prism

27. 3D Prism –Response, Plan View

28. 3D Prism –Response, Pseudosection