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• File:Core-log-transformations-and-porosity-permeability-relationships fig6.png (934 × 903 (17 KB)) - 18:06, 14 January 2014

• Core-to-log transformations and porosity-permeability relationships
  | chapter = Core-log transformations and porosity-permeability relationships ==Core-log transformations==
  14 KB (1,893 words) - 20:15, 2 February 2016

• File:Core-log-transformations-and-porosity-permeability-relationships fig1.png Plot showing unshifted core porosity in spiked format, together with bulk density log. (938 × 1,169 (73 KB)) - 18:05, 14 January 2014

• File:Core-log-transformations-and-porosity-permeability-relationships fig2.png Plot showing shitted core porosity, together with bulk density log. (931 × 1,163 (74 KB)) - 18:05, 14 January 2014

• File:Core-log-transformations-and-porosity-permeability-relationships fig3.png ...rmation measured by the bulk density tool relative to that obtained from a core plug. (893 × 1,221 (82 KB)) - 18:05, 14 January 2014

• File:Core-log-transformations-and-porosity-permeability-relationships fig4.png (941 × 890 (53 KB)) - 18:06, 14 January 2014

• File:Core-log-transformations-and-porosity-permeability-relationships fig5.png (912 × 1,127 (19 KB)) - 18:06, 14 January 2014

Page text matches

• Template:Ambox
  |{{Ambox/core |{{Ambox/core
  1 KB (79 words) - 12:58, 6 August 2013

• File:M31F3.jpg ...tics of braided channel deposits (letters on the vertical section refer to core or outcrop photographs). From Deltaic environments of deposition, 1981, Col (2,941 × 1,884 (830 KB)) - 19:02, 15 August 2014

• File:FG18CoreSt63Appendix3.JPG Core slab photo. From Ruppel, Stephen C., 2012, Appendix 3, in S. C. Ruppel, ed. (600 × 890 (315 KB)) - 16:10, 29 June 2015

• File:M91Ch6FG42.JPG Example of a sedimentological core log, Well d-2-C/94a-16, Peejay field, Canada (after Caplan and Moslow, 1999 (800 × 942 (95 KB)) - 17:04, 3 June 2015

• Core handling
  | chapter = Core handling ...ared before the core is pulled. Every effort should be made to prevent the core from weathering or changing if s fluid contents. Speed is important when ha
  7 KB (1,083 words) - 20:50, 19 January 2022

• File:Full-waveform-acoustic-logging fig3.png ...the measured slowness and the predicted elastic slowness (ΔΔT) against the core-measured permeability values for both the limestone-dolomite and the sand-s (948 × 1,299 (12 KB)) - 14:23, 29 August 2014

• File:M91Ch13FG91.JPG ...the character of fault zones in siliciclastic strata based on outcrop and core observations from onshore and offshore Trinidad (from Gibson, 1994). From S (600 × 736 (137 KB)) - 21:40, 29 April 2015

• File:Conventional-coring fig1.png Conventional core barrel. Copyright: Eastman Christensen, Technical Data Sheet C-105. (542 × 2,088 (59 KB)) - 22:37, 13 January 2014

• File:M31F29.jpg Part of a core taken through a mudflow lobe on the continental shelf off the modern Missis (1,161 × 1,502 (970 KB)) - 18:25, 18 August 2014

• File:M91Ch6FG41.JPG Example of a core photograph. The photograph shows the channel margin facies association from (600 × 835 (138 KB)) - 17:00, 3 June 2015

• File:Overview-of-routine-core-analysis fig2.png ...y have measured oil saturation values that are 2% higher than conventional core samples. In oil zones the relationship is less clear. The agreement between (945 × 983 (19 KB)) - 22:39, 13 January 2014

• File:M31F11.jpg ...ence. Boring is located near the distal end of the bay infill. Diameter of core is 8 cm (3 in.). Coleman, J. M., and D. B. Prior, 1981, Deltaic environment (951 × 1,393 (675 KB)) - 15:15, 18 August 2014

• User:Johncmontgomery
  ...core becomes clear when shown to warm and would make the underlying black core visible.
  1 KB (221 words) - 05:00, 9 August 2022

• File:M31F12.jpg ...e. Boring is located in central part of the bay-fill sequence. Diameter of core is 8 cm (3 in.). Coleman, J. M., and D. B. Prior, 1981, Deltaic environment (946 × 1,383 (664 KB)) - 15:15, 18 August 2014

• Sidewall coring
  ...the new Sidetrak Coring System^® cut a more conventional type of core angled off to the side of the hole. Sidewall cores are an excellent cost ef ...ise to have more than one type of core barrel on location until acceptable core recovery can be demonstrated. [[:file:sidewall-coring_fig1.png|Figure 1]] i
  7 KB (1,100 words) - 21:16, 19 January 2022
• Conventional coring
  ...pense of [[trip]]ping pipe. A mature field might need a sponge or pressure core to help pin down remaining reserves. These three situations describe three [[file:conventional-coring_fig1.png|thumb|{{figure number|1}}Conventional core barrel. © Eastman Christensen, Technical Data Sheet C-105.]]
  13 KB (1,885 words) - 20:49, 19 January 2022
• Laurentia
  ...''') is a large continental [[craton]], which forms the ancient geological core of the [[North America]]n continent. ...k in [[subduction]] zones. The purple area fringing the stable continental core is made up of older Precambrian basement that was deformed during plate col
  2 KB (248 words) - 22:12, 3 December 2015

• File:Evaluating-fractured-reservoirs fig2.png Schematic of typical features to measure and record in core analysis. Copyright: van Golf-Racht, 1982</xref>; courtesy of Elsevier. Typ (912 × 1,008 (82 KB)) - 15:00, 14 January 2014

• Growth fault
  ...ous style structures include domino models, low angle normal fault and the core complex, fault-ramp ramp-flat, rift and half graben. ==Low angle normal fault and core complex==
  4 KB (630 words) - 18:28, 2 April 2019
• Lithofacies analysis
  # Describe [[Core description|cores]] and [[Mudlogging: drill cuttings analysis|cuttings]] fr # Calibrate core and cuttings descriptions to [[Quick-look lithology from logs|well logs]] a
  2 KB (317 words) - 18:52, 4 February 2022

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