Page 417 - Fundamentals of Gas Shale Reservoirs
P. 417

Index
















            acoustic impedance (AI), 201      canister desorption test, 262      depositional processes, 23, 38
            adsorption index (AI), 58         cap rock, 91, 117                  diagenetic processes, 23, 39
            adsorption isotherm, 124, 326     capillary force, 274               discrete fracture network (DFN), 240
              Langmuir equation, 124, 269     capillary pressure, 91, 105, 273   drill stem tests (DSTs), 295
              Langmuir isotherm, 124, 252     carbon isotopic measurements, 59, 63  mini‐DST, 295
            amplitude versus offset and azimuth   clay content, 13, 118, 145, 343  drilling mud, 184
               (AVOAz), 192                   clay diagenesis, 142               dry gas ratio (DGR), 59, 60
            anisotropic differential effective medium   clay hydration, 343      dual‐porosity, 284, 289
               approach, 195                  clay minerals, 21, 89
            apparent permeability function (APF), 259  clay swelling inhibitor, 348  Eaton’s method, 147
            Archie equation, 130              clay‐bound water, 104, 125, 273    effective field theory, 195
            aspect ratio, 143, 195            coal‐bed methane (CBM), 57         effective porosity, 121, 143
            asphaltenes, 49, 57               Coates equation, 107               effective saturation, 274
            asset life cycle, 361             coherent surface wave noise, 222   effective stress method, 149
              appraisal phase, 365, 377       coiled tubing, 373–4               elastic properties, 178, 192
              development phase, 367, 377     compaction disequilibrium, 140      bulk moduli, 178
              exploration phase, 361, 377     connecting pores, 143               Poisson’s ratio, 132, 178
              production phase, 375, 378      constant cross‐section model        shear moduli, 178
              rejuvenation phase, 376, 378        (CCM), 252                      Young’s modulus, 132, 178
            atomic force microscopy (AFM), 247  contact angle, 342               enlarged cross‐section model
            AVO response, 201–3               contained joints, 212                 (ECM), 252
                                              continental margins, 30            estimated ultimate recovery
            Backus model, 193–5               contractional fractures, 211          (EUR), 287
            ball‐activated systems, 373–4     crosshole continuity logging, 175  export production, 24, 33
            Barnett Shale, 74                 cutting mechanisms, 174
            basin type(s), 11–13                brittle regime, 174              Fick’s second law, 255
            batch pressure decay (BPD) technique, 254  ductile regime, 174       field development plans (FDP), 366
            biogenic aggregation, 23                                             flame ionization detector (FID), 51, 52
            black shale, 21–2, 27, 29, 30, 32, 34  the dead space, 326           flow rate decline analysis, 284
            boundary‐dominated flow (BDF), 287  Dean Stark method, 122           fluid extraction, 122
            Bowers’s method, 150              decline curve analysis (DCA), 302  fluid mud, 23
            brittle mineral(s), 3             dehydration, 143                   focal mechanism solutions, 213
            brittleness index, 132            deliquification techniques, 376    Fourier transform infrared transmission
            Brunauer–Emmett–Teller (BET) method, 92  density log, 126, 148, 159     spectroscopy (FTIR), 120


            Fundamentals of Gas Shale Reservoirs, First Edition. Edited by Reza Rezaee.
            © 2015 John Wiley & Sons, Inc. Published 2015 by John Wiley & Sons, Inc.
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