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Petrography and Texture of Petroleum-Bearing Formations  63

             density,  cement,  and intergranular  volume  at various  locations of reservoir
             formations.  Such  diagrams  provide  useful  insight  into  the  heterogeneity
             of  reservoirs. Coskun et al.  (1993)  shows the relationships between composi-
             tion,  texture, porosity,  and  permeability  for  a  typical  sandstone  reservoir.


                                        References

             Al-Mahtot,  O. B., & Mason,  W. E.,  "Reservoir  Description: Use  of  Core
                Data to  Identify  Flow  Units for  a Clastic  North  Sea Reservoir,"  Turkish
                Journal  of  Oil  and  Gas, Vol. 2,  No.  1, February  1996, pp.  33-43.
             Bai,  M.,  Elsworth,  &  Roegiers,  J.  C.,  "Multiporosity/Multipermeability
                Approach  to  the  Simulation of Naturally Fractured  Reservoirs,"  Water
                Resources  Research, Vol. 29,  No.  6,  1993, pp.  1621-1633.
             Bai,  M.,  Bouhroum,  A.,  Civan,  F.,  &  Roegiers,  J.  C.,  "Improved  Model
                for  Solute  Transport  in  Heterogeneous  Porous  Media,"  J.  Petroleum
                Science  and  Engineering,  Vol. 14,  1995, pp.  65-78.
             Bruggeman, D. A. G. "Berechnung  verschiedener  physikalischer Konstanten
                von  heterogenen  Substanze," Ann. Phys.  (Leipzig),  Vol. 24,  1935, pp.
                636-679.
             Chang,  F.  F.,  &  Civan,  F.,  "Modeling  of  Formation  Damage  due  to
                Physical  and  Chemical  Interactions  between  Fluids  and  Reservoir
                Rocks,"  SPE  22856  paper,  Proceedings  of  the  66th  Annual  Technical
                Conference  and  Exhibition  of  the  Society  of  Petroleum  Engineers,
                October  6-9,  1991, Dallas,  Texas.
             Chang,  F.  F.,  &  Civan,  F.,  "Predictability  of  Formation  Damage  by
                Modeling  Chemical  and  Mechanical  Processes,"  SPE  23793  paper,
                Proceedings  of  the  SPE  International  Symposium on  Formation  Damage
                Control,  February  26-27,  1992, Lafayette,  Louisiana,  pp.  293-312.
             Chang,  F.  F.,  &  Civan,  F.,  "Practical  Model  for  Chemically  Induced
                Formation  Damage," J.  of  Petroleum  Science  and  Engineering,  Vol. 17,
                No.  1/2, February  1997, pp.  123-137.
             Cinco-Ley,  H.,  "Well-Test  Analysis  for  Naturally Fractured  Reservoirs,"
                Journal  of  Petroleum  Technology,  January  1996, pp.  51-54.
             Collins,  E.  R.,  Flow  of  Fluids  Through  Porous  Materials,  Penn  Well
                Publishing  Co., Tulsa,  Oklahoma,  1961,  270  p.
             Coskun,  S. B., Wardlaw, N.  C., & Haverslew, B.,  "Effects  of  Composition,
                Texture  and  Diagenesis  on  Porosity,  Permeability  and  Oil  Recovery  in
                a  Sandstone  Reservoir," Journal  of  Petroleum Science  and  Engineering,
                Vol.  8,  1993, pp.  279-292.
             Davies,  D.  K.,  "Image  Analysis  of  Reservoir  Pore  Systems:  State  of
                the Art  in  Solving  Problems Related  to  Reservoir  Quality,  SPE  19407,
                the  SPE  Formation  Damage  Control  Symposium  held  in  Lafayette,
                Louisiana,  February  22-23,  1990, pp.  73-82.
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