Facteur de forme équivalent des pores: un outil pour la prédiction des types poreux dans les réservoirs carbonatés

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FOURNIER, François; Pellerin, Matthieu; Villeneuve, Quentin; Teillet, Thomas; Hong, Fei; Poli, Emmanuelle; Borgomano, Jean; Léonide, Philippe; Hairabian, Alex;

(2018)

Publisher: American Association of Petroleum Geologists

Related identifiers: doi: 10.1306/10181717058
Subject: diagenesis | [SDU.STU.AG]Sciences of the Universe [physics]/Earth Sciences/Applied geology | pore types | [ SDU.STU.AG ] Sciences of the Universe [physics]/Earth Sciences/Applied geology | carbonates | acoustic properties

International audience; The equivalent pore aspect ratios (EPAR) provide a tool to detect pore types by combining P-and S-wave velocities, porosity, bulk density and mineralogical composition of carbonate rocks. The integration of laboratory measurements, well log data ... View more

References (1)
Porosity (%) Dominant pore types IG2 IG3
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