| part = Predicting the occurrence of oil and gas traps
| part = Predicting the occurrence of oil and gas traps
| chapter = Predicting reservoir system quality and performance
| chapter = Predicting reservoir system quality and performance
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| frompg = 9-1
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| frompg = 9-44
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| topg = 9-156
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| topg = 9-44
| author = Dan J. Hartmann, Edward A. Beaumont
| author = Dan J. Hartmann, Edward A. Beaumont
| link = http://archives.datapages.com/data/specpubs/beaumont/ch09/ch09.htm
| link = http://archives.datapages.com/data/specpubs/beaumont/ch09/ch09.htm
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Line 14:
| isbn = 0-89181-602-X
| isbn = 0-89181-602-X
}}
}}
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Water saturation (S<sub>w</sub>) of a reservoir is a function of height above [[Free water level|free water]] (h) and pore type. S<sub>w</sub> interpretations should be made accounting for h, r<sub>35</sub>, and [[Connectivity and pore throat size|pore throat size distribution]] in the reservoir. The [[Calculating Sw from the Archie equation#What is the Archie equation?|Archie equation]] is the most widely used method of determining S<sub>w</sub>.
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Water saturation (S<sub>w</sub>) of a reservoir is a function of height above [[Free water level|free water]] (h) and pore type. S<sub>w</sub> interpretations should be made accounting for h, [[Characterizing_rock_quality#What_is_r35.3F|r<sub>35</sub>]], and [[Connectivity and pore throat size|pore throat size distribution]] in the reservoir. The [[Calculating Sw from the Archie equation#What is the Archie equation?|Archie equation]] is the most widely used method of determining S<sub>w</sub>.