Page 421 - Characterization and Properties of Petroleum Fractions - M.R. Riazi
P. 421

P1: JsY
               AT029-Manual
  AT029-INDEX
            Index           AT029-Manual-v9.cls  March 12, 2007  16:37                            MNL50-EB/May 2007



                           A                    ASTM D 92, 34, 133                  ASTM method, 128
                                                ASTM D 93, 34, 133–134, 144          molecular weight prediction, 56
            Absolute density, 120               ASTM D 97, 135, 144                 Atmospheric critical pressure, heavy
            Academia, 17                        ASTM D 129, 99                          hydrocarbons, 51
            Acentric factor, 11                 ASTM D 189, 141, 144                Autoignition temperature, definition, 34
             aromatics, 52                      ASTM D 240, 144                     Avogadro number, 24
             definition, 33                      ASTM D 287, 93
             estimation, 80–82, 115–116         ASTM D 323, 33, 144
             pure hydrocarbons, prediction, 64–66  ASTM D 341, 70, 338                             B
            Activation energy, 346              ASTM D 357, 34, 139
            Activity coefficients                ASTM D 445, 100, 144, 338           Benedict-Webb-Rubin equation of state,
             mixtures, 254–255                  ASTM D 446, 338                         modified, 214, 217–220
             calculation, 257–261               ASTM D 524, 144, 141                Benzene, 4–5
            Albahri et al. method, 137          ASTM D 611, 35, 137, 144             vapor pressure, 313
            Alcohols, octane number, 139        ASTM D 613, 138                     Binary interaction parameter, 209–210,
            Alkanes                             ASTM D 908, 34, 139                     269–270
             boiling point, 58–59               ASTM D 976, 138                     Binary systems, freezing-melting diagram,
             critical compressibility factor, 64  ASTM D 1018, 99                       285
             critical temperature, 50           ASTM D 1160, 92, 100–101, 106, 108, 110,  Block and Bird correlation, 359
             entropy of fusion, 262                 114, 144                        Boiling point, 11
             liquid thermal conductivity, 343–344  ASTM D 1218, 94, 144              n-alkanes, 58–59
             surface tension, 361               ASTM D 1262, 99                      definition, 31
             vapor pressure, 306                ASTM D 1266, 99, 144                 elevation, 282–284
            n-Alkyl, critical pressure, 52      ASTM D 1298, 93                      heavy hydrocarbons, 50, 52
            Alkylbenzene                        ASTM D 1319, 144                     hydrocarbon-plus fractions, 173
             entropy of fusion, 262             ASTM D 1322, 142                     petroleum fractions, 88–93
             vapor pressure, 307                ASTM D 1368, 99                      prediction, pure hydrocarbons, 58–59
            Analytical instruments, 96–98       ASTM D 1500, 144                     reduced, 251
            ANFOR M 15-023, 10                  ASTM D 1548, 99                      sub- or superatmospheric pressures,
            Aniline point, 11                   ASTM D 1552, 99                         106–107
             definition, 35                      ASTM D 1747, 95                      true, 89
             petroleum fractions, 137           ASTM D 2007, 96                     Boiling points
            Antoine coefficients, 310            ASTM D 2267, 10                      average, 100–101
            Antoine equation, 305–306           ASTM D 2270, 122–124                 range, 88
            API degree, 21                      ASTM D 2386, 136, 144               Boiling range fractions, narrow versus
            API gravity, 11                     ASTM D 2500, 135, 144                   wide, 112–119
             crude oils, 156                    ASTM D 2501, 36                     Boltzman constant, 24
             definition, 32                      ASTM D 2502, 56                     Bubble point, calculations, 370–371
             petroleum fractions, 93            ASTM D 2503, 94                     Bubble point curve, 201
             prediction, pure hydrocarbons,     ASTM D 2533, 133                    Bubble point pressure, 223, 367
                 58–60                          ASTM D 2549, 97                     Bubble point temperature, 368
            API methods, 124–126                ASTM D 2700, 144                    Bulk parameters, petroleum fractions,
             critical temperature and pressure,  ASTM D 2717–95, 144                    114
                 prediction, 60                 ASTM D 2759, 127                    Butane, equilibrium ratios, 274–275
             critical volume, prediciton, 63    ASTM D 2887, 12, 89–90, 100, 104–105,
             molecular weight prediction, 56        110, 144
            API RP 42, 37, 56                   ASTM D 2890, 320–321                               C
            API Technical Data Book-Petroleum   ASTM D 2892, 144, 154
                 Refining,15                     ASTM D 2983, 144                    Capillary pressure, 357
            Aromatics, 4–5                      ASTM D 3178, 99                     Carbon
            Arrhenius-type equation, 346        ASTM D 3179, 99                      prediction in petroleum fractions, 127
            Asphalt, 10                         ASTM D 3228, 99                      see also SCN groups
            Asphaltene, 373–378                 ASTM D 3238, 121, 126               Carbon number range approach, petroleum
             inhibitor, 377–378                 ASTM D 3343, 99, 128, 130               fractions, 186
             precipitation, 375, 377, 379       ASTM D 3431, 99                     Carbon residue, petroleum fractions,
               solid-liquid equilibrium, 385–388  ASTM D 3710, 90                       141–142
               temperature and pressure effects, 381  ASTM D 4045, 99               Carbon-to-hydrogen weight ratio, 11
            Association parameter, 347          ASTM D 4052, 93, 144                 definition, 36
            ASTM, definitions of terms, 397–400  ASTM D 4124, 96                     Carnahan-Starling equation of state,
            ASTM D 56, 133                      ASTM D 4530, 141                        214–215
            ASTM D 86–90, 92, 100–106, 108, 110,  ASTM D 4737, 144                  Cavett method, 61
                 113–115, 118, 131, 134, 140, 144,  ASTM D 4953, 131                Cementation factor, 351
                 313–314                        ASTM D 5296, 94                     Cetane number, petroleum fractions,
            ASTM D 88, 23                       ASTM D 5985, 135                        137–138
                                                              401
            Copyright © 2007  by ASTM International        www.astm.org










                                                 --`,```,`,``````,`,````,```,,-`-`,,`,,`,`,,`---
   Copyright ASTM International
   Provided by IHS Markit under license with ASTM             Licensee=International Dealers Demo/2222333001, User=Anggiansah, Erick
   No reproduction or networking permitted without license from IHS  Not for Resale, 08/26/2021 21:56:35 MDT
   416   417   418   419   420   421   422   423   424   425   426