User contributions
13 January 2014
Carbonate diagenesis
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File:Borehole-imaging-devices fig10.png
Formation MicroScanner images of stylolitic limestone. Category:Wireline methods
File:Borehole-imaging-devices fig9.png
Formation MicroScanner images of open conductive fracture (arrow). Category:Wireline methods
File:Borehole-imaging-devices fig8.png
Formation MicroScanner images showing dipping unconformity at contact (arrow) of Cretaceous clastic rocks with Mississippian carbonates. Category:Wireline methods
File:Borehole-imaging-devices fig7.png
Formation MicroScanner images of cross-bedded sequence showing drill marks (d.m.) at WSW and sawtooth effects (s.e.) on some layers. Category:Wireline methods
File:Borehole-imaging-devices fig6.png
Formation MicroScanner technique. (From Ekstrom et al., 1987.) Category:Wireline methods
File:Borehole-imaging-devices fig5.png
Borehole televiewer image showing breakouts (dark patches) at NNW and SSE. Category:Wireline methods
File:Borehole-imaging-devices fig4.png
Borehole televiewer images showing shale layers (dark) intercalated with limestone layers (bright). Category:Wireline methods
File:Borehole-imaging-devices fig3.png
Borehole televiewer Image showing fracture (arrow) crossing the wellbore. Category:Wireline methods
File:Borehole-imaging-devices fig2.png
Drill marks (arrow) on borehole televiewer images. Category:Wireline methods
File:Borehole-imaging-devices fig1.png
Borehole televiewer technique. (From Zemanek et al., 1969.) Category:Wireline methods
Borehole imaging devices
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Tool table
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File:Basic-open-hole-tools fig2.png
{{copyright|Schlumberger, 1983}} A typical log showing density, compensated neutron, Pe, gamma ray, and caliper measurements. Copyright: Schlumberger, 1983. Category:Wireline methods
File:Basic-open-hole-tools fig1.png
{{copyright|Schlumberger, 1983}} A typical log showing SP, gamma ray, dual Induction, and sonic measurements. Copyright: Schlumberger, 1983. Category:Wireline methods
Open hole tools
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File:Basic-cased-hole-tools fig1.png
{{copyright|Schlumberger, 1986}} Typical presentation of a pulsed neutron log. Copyright: Schlumberger, 1986. Category:Wireline methods
Cased hole tools
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File:Full-waveform-acoustic-logging fig3.png
{{copyright|AAPG}} Plot of the difference between the measured slowness and the predicted elastic slowness (ΔΔT) against the core measured permeability values for both the limestone-dolomite and the sand-shale examples. (After Burns et al., 1988.) ...
File:Full-waveform-acoustic-logging fig2.png
{{copyright|AAPG}} FWAL microseismograms across a fracture zone. Category:Geophysical methods
File:Full-waveform-acoustic-logging fig1.png
{{copyright|AAPG}} FWAL microseismograms recorded (a) at two source-receiver separations and (b) In a “soft” formation at two source-receiver separations. Category:Geophysical methods
Full waveform acoustic logging
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File:Artificial-lift fig4.png
{{copyright|AAPG}} Beam pumping system. (From <xref ref-type="bibr" rid="pt09r5">Conoco Inc., 1990</xref>.) Category:Production engineering methods
File:Artificial-lift fig3.png
{{copyright|AAPG}} Hydraulic piston pump. (From <xref ref-type="bibr" rid="pt09r5">Conoco Inc., 1990</xref>.) Category:Production engineering methods
File:Artificial-lift fig2.png
{{copyright|AAPG}} Gas lift system. (From <xref ref-type="bibr" rid="pt09r5">Conoco Inc., 1990</xref>.) Category:Production engineering methods
File:Artificial-lift fig1.png
{{copyright|AAPG}} Electric submersible pump. (From <xref ref-type="bibr" rid="pt09r5">Conoco Inc., 1990</xref>.) Category:Production engineering methods
Artificial lift
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Statistics overview
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