MARC Record from marc_uic

LEADER: 07960cam a2200565 a 4500
001 9939400512005897
005 20211105043719.0
008 831004m19841986ne a b 001 0 eng
010 $a 83020571
016 7 $a005956997$2Uk
020 $a0444421327$q(U.S. ;$qv. 1)
020 $a9780444421326$q(U.S. ;$qv. 1)
020 $a0444426205$q(U.S. ;$qv. 2)
020 $a9780444426208$q(U.S. ;$qv. 2)
020 $a0444416250
020 $a9780444416254
035 $a(OCoLC)10071262
035 $a(OCoLC)ocm10071262
035 $a(EXLNZ-01CARLI_NETWORK)991000201039705816
040 $aDLC$beng$cDLC$dUBA$dOCL$dBAKER$dYDXCP$dAU@$dOG#$dOCLCO$dOCLCF$dOCLCQ$dDHA$dV5E$dCEF$dTKN$dFQG$dOCLCQ$dCSA$dNAM$dNJR$dOCLCQ$dUKMGB$dHUELT$dOCLCQ$dUPM
041 1 $aeng$hfre
049 $aUIUU
050 00 $aTN871.35$b.S4713 1984
080 $a622.241$bS487
082 04 $a622/.18282$219
100 1 $aSerra, Oberto.
240 10 $aDiagraphies différées.$lEnglish
245 10 $aFundamentals of well-log interpretation /$cO. Serra ; translated from the French by Peter Westaway and Haydn Abbott.
260 $aAmsterdam ;$aNew York :$bElsevier ;$aPau :$bElf Aquitaine,$c1984-1986.
300 $a2 volumes :$billustrations (some color, some folded) ;$c31 cm.
336 $atext$btxt$2rdacontent
337 $aunmediated$bn$2rdamedia
338 $avolume$bnc$2rdacarrier
490 1 $aDevelopments in petroleum science ;$v15A-15B
500 $aTranslation of: Diagraphies différées.
504 $aIncludes bibliographical references and index.
505 0 $aPt. 1. THE ACQUISITION OF LOGGING DATA -- REVIEW OF BASIC CONCEPTS: Definition of well log -- Importance of well log -- Definition of rock composition -- Rock texture and structure -- LOGGING TECHNIQUES AND MEASUREMENTS: Classification of log measurement -- Problems specific to well log measurements -- Logging equipment surface and downhole -- Log presentation -- Repeatability and calibrations -- Data transmission -- THE MEASUREMENT OF RESISTIVITY: Non focused long spacing tools -- Focused long spacing tools -- Non focused microtools the microlog (ML) -- Focused microtools -- THE SPONTANEOUS POTENTIAL SP: Origin of the electrokinetic potential -- Origin of the electrochemical potential -- Ionic activity concentration and resistivity -- Static SP -- Amplitude and shape of sp peaks -- Geology and the sp -- AN INTRODUCTION TO NUCLEAR LOGS: Recording capability -- Statistical variations -- Dead time -- Logging speed -- Bed thickness -- Measuring point -- MEASUREMENT OF THE NATURAL GAMMA RADIOACTIVITY: Definition natural radioactivity -- Basic concepts -- Origin of natural radioactivity in rocks -- Minerals and rocks containing radioactive elements -- Measurement of gamma radiation -- Measuring point -- Radius of investigation -- Vertical definition -- Factors affecting the gamma-ray response -- NATURAL GAMMA-RAY SPECTROMETRY: Principles -- Tool description -- Detector -- Calibration -- Radius of investigation -- Fundamental factors influencing the measurement -- Computation of Th U and K content -- Filtering -- Applications -- Environmental and other effects -- NEUTRON LOGS: Measurement of the apparent hydrogen index -- Principles -- INDUCED GAMMA RAY SPECTROMETRY: Early capture gamma ray spectrometry the chlorine log -- Modern induced gamma ray techniques inelastic and capture spectrometry -- THERMAL DECAY TIME MEASUREMENTS: Background theory -- Tool principle -- Neutron source -- Detectors -- Spacing -- Units -- Calibration -- Measure points -- Verticle resolution -- Depth of investigation -- Factors influencing the sum measurement -- Environmental effects -- Geological factors affecting the sum measurement -- Porosity and gas indication --
505 8 $aPt. 1. [continued] FORMATION DENSITY MEASUREMENTS THE GAMMA GAMMA LOG OR DENSITY LOG: Principle -- Absorption equation -- The relation between the electronic density and the bulk density -- Gamma ray sources -- Detectors -- Calibration units -- Tools -- Depth of investigation -- Vertical resolution -- Measure point -- Fundamental factors influencing the measurement -- Interpretation -- Environmental effects -- Geological factors -- Applications -- MEASUREMENT OF THE MEAN ATOMIC NUMBER LITHO DENSITY TOOL: Physical principle of the tool -- Schlumberger litho density tool LDT -- Principle of measurement -- Radius of investigation -- Vertical resolution -- Measuring point -- Statistical variations -- Geological factors which affect the measurements -- Environmental effects on the measurements -- Applications -- ACCOUSTIC LOG GENERALITIES FUNDAMENTALS: Acoustic signals -- Acoustic waves -- Elastic properties of rocks -- Sound waves velocities -- Sound wave propagation reflection and refraction -- Acoustic impedance -- Reflection coefficient -- Wave interference -- MEASUREMENT OF THE SPEED OF SOUND SONIC LOG: Principle -- Borehole compensated sonic -- Measure point -- Depth of investigation -- Vertical resolution -- Units of measurement -- Factors influencing the measurement -- Interpretation -- Environmental and other effects -- Travel time integration -- Sonic log rescaling -- Applications -- Determination of elasticity parameters using logs -- MEASUREMENT OF SONIC ATTENUATION AND AMPLITUDE: Theoretical causes of attenuation -- Causes of attenuation in the borehole -- Measurement of attenuation -- An expression for the law of attenuation in open hole -- Variable density log vdl -- MEASUREMENT OF THE PROPAGATION TIME AND ATTENUATION RATE OF AN ELECTROMAGNETIC WAVE ELECTROMAGNETIC PROPAGATION TOOL EPT: Generalities -- Basic concepts -- Theory of the measurement -- Measurement technique -- Depth of investigation -- Vertical resolution -- Environmental factors influencing the response -- Interpretation -- Geological parameters affecting the measurement -- Applications -- BOREHOLE CALIPER MEASUREMENTS: Principle -- Tools -- Geological factors influencing the hole diameter -- Applications -- TEMPERATURE MEASUREMENTS TEMPERATURE LOGS: Methods of temperature measurement -- Applications -- DIP MEASUREMENTS DIPMETER LOGS: Objective -- Principle -- Measurement process -- Dipmeter tools -- Use of dipmeter resistivity logs -- Results presentation -- Treatment of results -- Applications -- WIRELINE SAMPLING: Rock sampling -- Fluid sampling and pressure measurements -- OTHER MEASUREMENTS: Borehole televiewer bhtv -- Vertical seismic profiling vsp -- Nuclear magnetic log nml -- THE PLACE AND ROLE OF LOGS IN THE SEARCH FOR PETROLEUM.
505 8 $aPt 2. THE INTERPRETATION OF LOGGING DATA: Quick look methods -- Information on rock composition -- Information on texture -- Information on sedimentary structure -- Information on facies and sequence -- Information on depositional sedimentary environments -- Information on diagenesis -- Compaction study -- Reservoir evaluation description of petrophysical properties static behaviour -- Reservoir evaluation petrophysical characteristic dynamic behaviour -- Fractured formation evaluation -- Geophysical applications of well logs -- Stratigraphic information -- Information on tectonics -- Multi-well study space time description of formation and synthesis.
540 $aCurrent copyright fee: GBP32.84$c5\1.$5Uk
650 0 $aOil well logging.
650 7 $aOil well logging.$2fast$0(OCoLC)fst01044893
650 7 $aProspeccao Geofisica Em Pesquisa Mineral.$2larpcal
776 08 $iOnline version:$aSerra, Oberto.$sDiagraphies différées. English.$tFundamentals of well-log interpretation.$dAmsterdam ; New York : Elsevier ; Pau : Elf Aquitaine, 1984-1986$w(OCoLC)631855185
830 0 $aDevelopments in petroleum science ;$v15A-15B.
938 $aBaker & Taylor$bBKTY$c270.00$d270.00$i0444426205$n0001141658$sactive
938 $aYBP Library Services$bYANK$n395273
945 $aWorldCat record variable field(s) change: 505$b11/05/2021
959 $a(UICdb)394005$9LOCAL
994 $a92$bUIU