"Dipmeter" Example Sentences
1. The geologist used a dipmeter to measure the angle of the rock layers.
2. Can you hand me the dipmeter so I can check the orientation of the strata?
3. The dipmeter showed that the layers were tilted at a steep angle.
4. We need to use a dipmeter to determine the dip and strike of the fault line.
5. The dipmeter readings indicated that the fault was trending northwest to southeast.
6. The new digital dipmeter has improved accuracy and precision.
7. The dipmeter is an essential tool for geological mapping and mineral exploration.
8. The geophysicist interpreted the dipmeter data to create a 3D model of the subsurface.
9. We compared the results of the dipmeter with those of other geological instruments.
10. The dipmeter helped us identify the presence of bedding planes in the rock formations.
11. The drill operator referred to the dipmeter readings to guide the drilling process.
12. The dipmeter enables us to calculate the thickness of the layers and estimate their age.
13. The dipmeter is commonly used in the petroleum industry for reservoir characterization.
14. The geology students learned how to use the dipmeter during their field trip.
15. The dipmeter readings suggested that the layers had been subjected to deformation and folding.
16. We had to calibrate the dipmeter before using it on the site.
17. The dipmeter allowed us to distinguish between horizontal and tilted rocks in the outcrop.
18. The dipmeter measurements showed that the fault had a normal displacement.
19. We used the dipmeter to determine the dip of the bedding planes in the sandstone.
20. The dipmeter data revealed the presence of unconformities and discontinuities in the sedimentary sequence.
21. The dipmeter is also known as an inclinometer or clinometer.
22. The dipmeter is a non-invasive tool that does not disturb the rock formations.
23. Can you show me how to attach the dipmeter to the tripod?
24. The dipmeter has become an indispensable tool in geological research and engineering applications.
25. The dipmeter readings were crucial in selecting the optimal location for a well.
26. The dipmeter can be used in combination with other devices such as a magnetometer or seismometer.
27. The dipmeter helped us identify the different lithologies and facies in the sedimentary basin.
28. The geological model was based on the integration of dipmeter, seismic, and well log data.
29. The dipmeter can also be used for structural analysis and geotechnical investigations.
30. The dipmeter was invented in the 19th century by the Scottish geologist Archibald Geikie.
Common Phases
1. Interpreting
dipmeter logs;
2. Identifying bedding orientation;
3. Determining dip angles;
4. Correlating dips with geological structures;
5. Evaluating fracture zones;
6. Analyzing structural dips;
7. Creating stratigraphic frameworks;
8. Correlating stratigraphic units;
9. Assessing reservoir heterogeneity;
10. Mapping fracture networks.