Page 380 - Standard Handbook Petroleum Natural Gas Engineering VOLUME2

346 Reservoir Engineering

42. Archie, G. E., “The Electrical Resistivity Log as an Aid in Determining Some
Reservoir Characteristics,” Trans., AIME (1942), pp. 54-61.
43. Wyllie, M. R. J., and Rose, W. D., “Some Theoretical Considerations Related
to the Quantitative Evaluation of the Physical Characteristics of Reservoir
Rock from Electrical Log Data,” Trans., AIME, Vol. 189 (1950), pp. 105-118.
44. Tixier, M. P., ”Porosity Index in Limestone fmm Electrical Logs,” Oil & Gas
J (Nov. 15, 1951), pp. 140-173.
45. Winsauer, W. O., “Resistivity of Brine-Saturated Sands in Relation to Pore
Geometry,” Bull., AAPG, Vol. 36, No. 2 (1952), pp. 253-277.
46. Wyllie, M. R. J., and Gregory, A. R., “Formation Factors of Unconsolidated
Porous Media: Influence of Particle Shape and Effect of Cementation,”
Trans., AIME, Vol. 198 (1953), pp. 103-109.
47. Cornell, D., and Katz, D. L., “Flow of Gases Through Consolidated Porous
Media,” Ind. 6’ Eng. Chem., Vol. 45 (Oct. 1953), pp. 2145-2152.
48. Owen, J. D., “Well Logging Study-Quinduno Field, Roberts County, Texas,”
Symp. on Formation Evaluation, AIME (Oct. 1955).
49. Hill, H. J., and Milbum, J. D., “Effect of Clay and Water salinity on Electrochemi-
cal Behavior of Reservoir Rocks,” Trans., AIME, Vd. 207 (1956), pp. 65-72.
50. Wyllie, M. R. J., and Gardner, G. H. F., “The Generalized Kozeny-Carman
Equation, Part 2-A Novel Approach to Problems of Fluid Flow,” World Oil
(April 1958), pp. 210-228.
51. Sweeney, S. A., and Jennings, H. Y., Jr., “Effect of Wettability on the
Electrical Resistivity of Carbonate Rock from a Petroleum Reservoir,” J Phys.
Chem., Vol. 64 (1960), pp. 551-553.
52. Carothers, J. E., “A Statistical Study of the Formation Factor Relation,” The
Log Analyst (Sept.-Oct. 1968), pp. 13-20.
53. Porter, C. R., and Carothers, J. E., “Formation Factor-Porosity Relation
Derived from Well Log Data,” The Log Analyst (Jan.-Feb. 1971), pp. 16-26.
54. Timur, A., Hemkins, W. B., and Worthington, A. W., ”Porosity and Pressure
Dependence of Formation Resistivity Factor for Sandstones,” Proc. Cdn. Well
Logging SOC., Fourth Formation Evaluation Symposium, Calgary, Alberta,
May 9-12 (1972).
55. Perez-Rosales, C., “On the Relationship Between Formation Resistivity Factor
and Porosity,” SOC. Pet. En6 J. (Aug. 1982), pp. 531-536.
56. Coates, G. R., and Dumanoir, J. L., “A New Approach to Log-Derived Perme-
ability,” Tm., SPWLA 14th Annual Logging Symp. (May 6-9, 1973), pp. 1-28.
57. Amyx, J. W., and Bass, D. M., Jr., “Properties of Reservoir Rocks,” Chap.
23 in Pet. Prod. Handbook, T. C. Frick and R. W. Taylor (Eds.), SPE, Dallas,
2 (1962) 23/1-23/40.
58. Log Inte~retation-Princ~ples and Applications, Schlumberger Educational
Services, Houston (1972).
59. Patnode, H. W., and Wyllie, M. R. J., “The Presence of Conductive Solids
in Reservoir Rocks as a Factor in Electric Log Interpretation,” Trans., AIME,
Vol. 189 (1950), pp. 47-52.
60. Winn, R. H., “The Fundamentals of Quantitative Analysis of Electric Logs,”
Pmc., Symposium on Formation Evaluation (Oct. 1955), pp. 35-48.
61. Atkins, E. R., and Smith, G. H., “The Significance of Particle Shape in
Formation Resistivity Factor-Porosity Relationships,” J. Pet. Tech. (March
1961); TTIZ~S., AIME, VO~. 222, pp. 285-291.
62. Koepf, E. H., “Core Handling-Core Analysis Methods,” Chap. 3 in Deter-
mination of Residual Oil Saturation, Interstate Oil Compact Commission,
Oklahoma City, Oklahoma (1978), pp. 36-71.