Well Logging (20 Points) 01. The model below shows compressional velocities (Ve), densities (p) and thicknesses of layer

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Well Logging (20 Points) 01. The model below shows compressional velocities (Ve), densities (p) and thicknesses of layer

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Well Logging 20 Points 01 The Model Below Shows Compressional Velocities Ve Densities P And Thicknesses Of Layer 1
Well Logging 20 Points 01 The Model Below Shows Compressional Velocities Ve Densities P And Thicknesses Of Layer 1 (323.8 KiB) Viewed 113 times
Well Logging (20 Points) 01. The model below shows compressional velocities (Ve), densities (p) and thicknesses of layers including a gas-charged sandstone. (a) Pretend a gas well is drilled at the apex of this anticline. Draw well logs of seismic shale v = 2000 m/s velocity, density, acoustic 1000 m p= 1900 kg/m3 impedance, and reflection coefficient with depth as the vertical scale. (b) Draw well logs of seismic 10 m velocity, density, acoustic impedance, and reflection coefficient with two-way travel I 10 m time as the vertical scale. 20 m 5 m shale v. = 2600 m/s 1000 m p=2300 kgm3 sandstone gas-charged sandstone Vp=2400 m/s Vp=1500 m/s p=2100 kg/m3 p=2000 kg/m3
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