Page 226 - Petrophysics 2E
P. 226

REFERENCES          199



                                9. Lucia, F. J. “Petrophysical Parameters Estimated from Visual Descriptions of
                                  Carbonate  Rocks: A Field Classification of Carbonate Pore Space.”J Petrol.
                                   Tech.,  Vol. 35, March 1983, pp. 626-637.
                                10. Kulander,  B.  R.,  Barton,  C.  C.  and  Dean,  S.  L.  “The Application
                                   of  a  Fractography  to  Core  and  Outcrop  Fracture  Investigations.”  US
                                   DOE METC/SP-79/3,  National Technical Information Service, Springfield,
                                  VA, 1979.
                               11. Anderson, G. Coring and Core Analysis Handbook. Petroleum Publ. Co.,
                                  Tulsa, OK, 1975, 200 pp.
                               12. Darcy, H. J. “Les Fontaines Publiques de la Vue de Dijon.” Libraire de Corps
                                  Imp&iaux des Pontset Chausdes et des Mines,  Paris, 1856, pp. 590-594.
                               13. Clark,  N.  J. Elements of  Petroleum Reservoirs, revised ed.  Society of
                                   Pertroleum Engineers, Dallas, ?x, Henry L. Doherty Series, 1969, pp. 19-30.

                               14. Chilingarian,  G.  V. “Relationship between  Porosity,  Permeability and
                                   Grain Size Distribution of  Sands and Sandstones.” In: Van  Straaten, J. U.
                                   (Ed.), Deltaic and Shallow Marine Deposits. Elsevier Science Publ. Co.,
                                   New York, Amsterdam, 1963, pp. 71-75.
                                15. Kozeny,  J.  ‘‘iiber kapiuare  Leitung  des  Wassers  im  Boden  (Aufstieg
                                  Versikerung und Anwendung auf die Bemasserung).  ” Sitzungsber Akad,
                                   W&s, Wein, Math- Nuturwiss, KL, Vol.  136 (Ila),  1927, pp. 271-306.
                               16. Pirson, S. J. Oil Reservoir Engineering, 2nd ed.  McGraw-Hill Book Co.,
                                  New York  1958,735 pp.
                               17. Amp, J. W.,  Bass,  D.  M.  Jr.  and  Whiting,  R.  L.  Petroleum Reservoir
                                  Engineering.  (McGraw-Hill Book Co., New York, 1960,610 pp.
                                18. Wyllie, M. R. J. and Spangler, M.  B.  “Application of  EIectrical Resistivity
                                  Measurements to Problems of Fluid Flow in Porous Media.” Am. Assoc.
                                  Petrol. Geol. CAAPG) Bull., Feb 1952.
                               19. Caman, P. C. “Permeability of Saturated Sands, Soils and Clays.”J. Agr. Sci.,
                                  Vol. 29,1939; Also,J. SOC. Chem. Ind., 1939, pp. 57-58.
                               20. Bear, J. Dynamics of Fluids in Porous Media. Elsevier, New York, 1972.
                               21. Ebanks,  W.  J.  “The Flow  Unit  Concept-An  Integrated  Approach  to
                                   Reservoir Description for Engineering Projects.  Am. Assoc. Geol. Annual
                                   Convention, 1987.
                               22. Hear, C. L.,  Ebanks, W. J., Tye, R. S. and Ranganatha, V. Geological Factors
                                   Influencing Reservoir Performance of  the Hartzog Draw Field, Wyoming.
                                  J. of Petrol. Tech, Aug. 1984, pp. 1335-1344.
                               23. Gunter,  G.  W.,  Finneran, J.  M.,  Hartman,  D. J.  and Miller,  J. D.  “Early
                                   Determination of Reservoir Flow Units Using an Integrated Petrophysical
                                   Method SPE  38679.  SSPE  Annual Technical Conference and Exhibition,
                                  San Antonio, TX, 5-8 October 1997.
                               24. Tiab, D. Advances in Petrophysics, Vol.  1-Flow  Units. Lecture Notes
                                   Manual, University of Oklahoma, 2000.
   221   222   223   224   225   226   227   228   229   230   231