Summary:
- Gravitational attraction
- Gravity constant
- Gravity strength around the world
- Flat earth
- Round earth
- Real earth shape – satellite image?
- How we measure gravity
- Lab / calibration
- Down hole
- Difference between gravity and movement of sensor (none)
- Why TGF QC is important
- Effect of scale factor error
- Effect of bias error
- Effect of movement
- Effect of gravitational waves
- Effect of movement error
- on inclination
- On azimuth
- Proposed solution
- Calibrate to standard gee
- Survey companies who do this already
- Reminder to ensure that tools in transition are identified
Talking Points:
- Newton – which way is down?
- We measure acceleration not “g”
- Flat Earth Society – constant “g”
- Modern view of Flat Earth from Space
- United Nations supports this view
- Round Earth theory
- Newton - gravitational attraction
- Non-gravitational attraction
- Gravital Variations
- Gravitational Waves
- “g” calculation at Equator
- General local “g” calculation
....
View the entire Presentation:
Robert Wylie