Page 379 - Standard Handbook Petroleum Natural Gas Engineering VOLUME2
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References   345


                   16.  Standing, M.  B.,  and Katz, D.  L.,  “Density of Natural Gases,” Trans., AWE,
                      Vol.  146 (1942), pp.  140-149.
                   17.  Craft, B.  C.,  and Hawkins, M.  F., Applied  Petroleum  Reservoir Engineering,
                      PrenticeHall, Inc., Englewood Cliffs (1959).
                   18. McCain, W.  D.,  The Properties of  Petroleum Fluids,  Petroleum Publishing Co.,
                      Tulsa (1973).
                   19. Amyx, J. W.,  Bass,  D.  M.,  Jr.,  and  Whiting,  R.  L.,  Petroleum Reservoir
                      Engineering, McGraw-Hill Book Co.,  Inc., New York  (1960).
                   20.  Slider, H.  C., Pmctical Petroleum Engineering Methods,  Petroleum Publishing
                      Co., Tulsa (1976).
                   21.  Taylor, L.  B.,  personal communication.
                   22.  Dodson, C.  R.,  and  Standing, M.  B.,  “Pressure-Volume-Temperature and
                      Solubility Relations for Natural Gas-Water Miutures,”  %EL.   €3 Prod Prac., API
                      (1944), pp.  173-179.
                   23.  Petroleum Productwn Handbook, T.  C. Frick (Ed.), Vol.  11, Reservoir Engineer-
                      ing,  SPE, Dallas (1962).
                   24.  Burcik, E. J.,  Properties of Petroleum Fluids, Int’l. Human Resources Dev. Corp.,
                      Boston (1979).
                   25.  Muskat, M.,  Physical Principles of  Oil Production, McGraw-Hill Book Co., Inc.,
                      New York  (1949).
                   26.  Ramey, H. J., Jr.,  “Rapid Methods for Estimating Reservoir Compressibilities,”
                      J. Pet.  Tech. (April 1964), pp. 447-454.
                   27.  Trube, A.  S.,  “Compressibility of  Natural Gases,” Trans., AIME,  Vol.  210
                      (1957), pp.  355-357
                   28.  Trube, A.  S.,  ”Compressibility of  Undersaturated Hydrocarbon Reservoir
                      Fluids,” Trans., AIME, Vol.  210 (1957), pp.  341-344.
                   29.  “A Correlation for Water Viscosity,” Pet. Eng. (July 1980), pp.  117-118.
                   30.  Standing, M.  B.,  Volumetric and Phase Behavior of  Oil Field Hydrocarbon Systems,
                      SPE, Dallas (1977).
                   31.  Carr, N.  L,  Kobayashi, R.,  and Burrows, D.  B.  “Viscosity of  Hydrocarbon
                      Gases Under Pressure,” Trans., AIME, Vol.  201 (1954), pp. 264-272.
                   32.  Hollo, R.,  and Fifadara, H.,  TI-59 Reservoir Engineering Manual,  PennWell
                      Books, Tulsa (1980).
                   33.  Vazquez,  M.,  and Beggs, H.  D.,  “Correlations for Fluid Physical Property
                      Prediction,”  J Pet.  Tech. (June 1980), pp. 968-970; paper SPE 6719 presented
                      at the 52nd Annual Fall  Tech.  Conf.  and Exhibition, Denver,  Oct  9-12,
                      1977.
                   34.  Meehan, D.  N.,  “Improved Oil PVT  Property Correlations,” Oil €3  Gas J  .
                      (Oct. 27,  1980), pp.  64-71.
                   35.  Meehan, D.  N.,  “Crude Oil Viscosity  Correlation,” Oil  6’  Gas J. (Nov.  10,
                      1980), pp. 214-216.
                   36.  Meehan, D.  N.,  and Vogel, E.  L.,  HP41 Reservoir Engineering Manual,  Penn
                      Well  Books, Tulsa (1982) .
                   37.  Garb, F.  A.,  Waterflood Calculations for Hand-Held Computers, Gulf  Publishing
                      Co., Houston (1982).
                   38.  Hollo, R, Homes, M.,  and Pais, V.,  HP-4lCV RRFervoir Economics and Engineer-
                      ing Manual,  Gulf  Publishing Co., Houston (1983).
                   39.  McCoy, R.  L., Microcomputer Programs for  Petroleum Engineers,  Vol  1. Reservoir
                      Engineering and Formation Evaluation,  Gulf Pub. Co., Houston (1983).
                   40.  Sinha, M.  K.,  and  Padgett, L.  R.,  Reservoir Engineering  Techniques  Using
                      Fortmn, Intl. Human Resources Dev.  Corp., Boston (1985).
                   41.  Smith, H.  I.,  “Estimating Flow Efficiency From Afterflow-Distorted Pressure
                      Buildup Data,” J.  Pet.  Tech. (June 1974), pp.  696-697.
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