Conference papers presented at the 62nd Annual Symposium Virtual Online thru Pheedloop May 17-20, 2021.
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Conference papers presented at the 63rd Annual Symposium held Stavanger, Norway, June 11-15, 2022
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Conference Papers presented at the 63rd Annual Symposium held Stavanger, Norway, June 11-15, 2022
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Petrophysics Journal Author Fees. Professional Rate. Not nonprofit/academia.
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Price listed reflects one issue payment.
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Price listed reflects one issue payment.
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Platinum Sponsor - NMR SIG Conference Oct 6-7 2022
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Transactions presented at 57th Symposium in Iceland
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Transactions presented at the 58th Symposium in OKC
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Transactions presented at the 59th Symposium in London, UK
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Transactions presented at the 60th Annual Symposium in The Woodlands, TX, USA June 15-19, 2019
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Transactions presented at the 61st Annual Symposium Virtual Online via Webinar June 24 to July 29, 2020
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Conference Papers presented at the 62nd Annual Symposium Online thru Pheedloop May 17-20 2021
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1960-2002 SPWLA Journals (Log Analyst and Petrophysics) (sin
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As log analysts you make a major contribution to the finding and producing effort in the petroleum industry. And I am delighted to have been chosen to appear at your first annual meeting. The privilege to attend this gathering should be an inspiration to each participant. Your "Society of Professional Well Log Analysts" is long overdue. The need for such an organization has existed for many years. Any medium that can contribute to the improvement in your endeavors is well worth... Details
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The fundamental nuclear physics principles required for a thorough understanding of gamma spectral logging are discussed in terms which should be especially helpful to persons with limited experience inn nuclear techniques. After a brief discussion of radioactivity, a description of the various nuclear particles is give which leads to the discussion of artificial and accelerator produced neutron sources. The interaction of neutrons in materials by elastic and inelastic scattering and ... Details
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A new petroleum exploration tool is described. It consists of interpreting indicated formation water salinities and calculated formation hydrocarbon shows, as formation parameters, to locate hydrocarbon productive reservoir traps. These formation parameters are obtained by well log evaluation in control wells of an exploration area. Older wells within the area which were logged using only an Electric Log can and should be used to supply these parameters, in addition to wells logged... Details
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Flowing well logging operations are used to solve production problems and to evaluate production conditions which exist in dynamic form. In well workovers, flowing neutron and flowing fluid density logs are used to locate gas/oil contracts and zones of water entry. Field example are presented to illustrate location of gas/oil contacts, gas coning and water entry. Borehole flow profiling techniques are used to evaluate completion methods, stimulation treatments, secondary recovery... Details
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Porosity values of reservoir rocks may be obtained directly by measurements on core samples, or may be calculated indirectly from data provided by various types of downhole logs. Calculation of porosity values by the indirect methods requires the use of certain factors which are characteristic of the formation and its continued fluids. These factors can be determined best by "calibration" of the log data with directly measured porosity data. The direct methods most commonly used for... Details
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Preliminary field applications indicate the Proximity log gives much more accurate porosities than do Microlaterologs where thick mud cakes occur. It investigates deeper than other "Rxo" devices therefore requires knowledge of ROS, z, and Rmf/Rz. On appropriate charts Proximity log points fall predominantly between lines having the equations: z = (1/F) and z = (1/F)1/1. 05 with an average line; z = (1/F)1/1. 41 tentatively indicating a relationship between z and formation factor. Z... Details
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Where operational considerations do not require on-location analysis a hydrocarbon log may be obtained from a laboratory measurement of gas components in small drilling mud samples. By collecting these samples at regular intervals, and submitting for analysis only those from zones of particular interest, the well may be selectively logged. Thus it is possible to log only those wells or intervals of wells after it is apparent more evaluation information is desirable. After a section... Details
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Data from logs which are commonly employed in salt mud systems can be used to determine formation permeability. An empirical correlation of apparent residual oil saturations computed from well log data and permeabilities from whole core analyses has been useful in evaluating San Andres formations in West Texas. A simple method for determining formation permeability from well log data is of considerable assistance in evaluating the producing potential of a well or in making reservoir... Details
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