Page 382 - Standard Handbook Petroleum Natural Gas Engineering VOLUME2

548 Reservoir Engineering

84. Whiting, R. L., Guerrero, E. T., and Young, R. M., “Electrical Properties of
Limestone Cores,” Oil €9’ Gas J. (July 27, 1953), pp. 309-313.
85. Dunlap, H. F., et al., “The Relation Between Electrical Resistivity and
Brine Saturation in Reservoir Rocks,” AIME, Vol. 186 (1949), pp. 259-264.
86. Dorfman, M. H., “Discussion of Reservoir Description Using Well Logs,”
J. Pet. Tech. (Dec. 1984), pp. 2195-2196.
87. Wilson, D. A., and Hensel, W. M., Jr., “The Cotton Valley Sandstones of
East Texas: A Log-Core Study,” Trans., SPWLA, 23rd Annual Logging
Symposium, Paper R (July 6-9, 1982), pp. 1-27.
88. Hilchie, D. W., “Author’s Reply to Discussion of Reservoir Description Using
Well Logs,” J. Pet. Tech. (Dec. 1984), p. 2196.
89. Hocott, C. R., “Interfacial Tension Between Water and Oil Under Reservoir
Conditions,” Pet. Tech. (Nov. 1938), pp. 184-190.
90. Katz, D. L., Monroe, R. R., and Trainer, R. P., “Surface Tension of Crude
Oils Containing Dissolved Gases,” Pet. Tech. (Sept. 1943), pp. 1-10.
91. Swartz, C. A., “The Variation in the Surface Tension of Gas-Saturated
Petroleum with Pressure of Saturation,” Phjsics, Vol. 1 (1931), pp. 245-253.
92. Livingston, H. K., “Surface and Interfacial Tensions of Oil-Water Systems
in Texas Oil Sands,” Pet. Tech. (Nov. 1938), pp. 1-13.
93. Hjelmeland, 0. S., and Larrondo, L. E., “Investigation of the Effects of
Temperature, Pressure, and Crude Oil Composition on Interfacial Properties,”
SPE Reservoir Engineering (July 1986), pp. 321-328.
94. Defay, R, Prigogine, I., Bellemans, A., and Everett, D. H., Surface Tension
and Adsorption, Longmans, London (1966).
95. Benner, F. C., Riches, W. W., and Bartell, F. E., ‘Nature and Importance
of Surface Forces in Production of Petroleum,” Drill. &’ Prod Prac., API
(1938), pp. 442-448.
96. Benner, F. C., and Bartell, F. E., ”The Effect of Polar Impurities Upon
Capillary and Surface Phenomena in Petroleum Production,” Drill &’ Prod
P~c., API (1942), pp. 341-348.
97. Benner, F. C., Dodd, C. G., and Bartell, F. E., “Evaluation of Effective
Displacement Pressures for Petroleum Oil-Water Silica Systems,” fill. €9
Prod. Prac., API (1942), pp. 169-177.
98. Nutting, P. G., “Some Physical and Chemical Properties of Reservoir Rocks
Bearing on the Accumulation and Discharge of Oil,“ Problems in Petroleum
Geology, AAPG (1934).
99. Schilthuis, R. J., “Connate Water in Oil and Gas Sands,” Trans., AIME (1938),
pp. 199-214.
100. Leverett, M. C., “Capillary Behavior in Porous Solids,” Trans., AIME, Vol.
142 (1941), pp. 159-172.
101. Bartell, F. E., and Miller, F. L., ”Degree of Wetting of Silica by Crude
Petroleum Oils,” Ind Eng. Chem., VoZ. 20, No. 2 (1928), pp. 738-742.
102. Slobod, R. L., and Blum, H. A., “Method for Determining Wettability of
Reservoir Rocks,” Trans., AIME, Vol. 195 (1952), pp. 1-4.
103. Taber, J. J., personal communication.
104. Wagner, 0. R., and Leach, R O., ‘Improving Oil Displacement Efficiency
by Wettability Adjustment,” Tmns., AIME, Vol. 216 (1959), pp. 65-72.
105. Denekas, M. O., Mattax, C. C., and Davis, G. T., “Effects of Crude Oil Com-
ponents on Rock Wettability,” Trans., AIME, Vol. 216 (1959), pp. 330-333.
106. Moore, T. F., and Slobod, R. L., “The Effect of Viscosity and Capillarity on
the Displacement of Oil by Water,” Prod Monthij (Aug. 1956),,pp. 20-30.
107. Bow J. E., Mattax, C. C., and Denekas, M. O., “Reservoir Rock Wettability-
Its Significance and Evaluation,” Tmm., AWE, Vol. 213 (1958), pp. 155-160.