Capillary pressure measurement on cores by MRI /

The quantitative nature of the double half-K-space single-point ramped imaging with longitudinal-relaxation-time (T1) enhancement (2HK-SPRITE) magnetic-resonance-imaging (MRI) method enables measurement of fluid distribution in core plugs, reducing the number of speeds necessary to obtain a full cap...

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Detalles Bibliográficos
Publicado en:JPT, Journal of Petroleum Technology
Autor principal: JTP (Journal of Petroleum Technology).
Formato: Sin ejemplares
Lenguaje:Inglés
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Acceso en línea:www.spe.org
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008 201008 2008 xxu|||||e|||||||||||eng d
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110 # # |a JTP (Journal of Petroleum Technology). 
245 # 0 |a Capillary pressure measurement on cores by MRI /   |c JTP (Journal of Petroleum Technology). 
300 # # |a p. 63 - 66 :   |b il., graf. ;   |c 27 cm. 
520 # # |a The quantitative nature of the double half-K-space single-point ramped imaging with longitudinal-relaxation-time (T1) enhancement (2HK-SPRITE) magnetic-resonance-imaging (MRI) method enables measurement of fluid distribution in core plugs, reducing the number of speeds necessary to obtain a full capillary pressure curve compared with the standard centrifuge method. This centrifuge/MRI method requires the use of only a moderate-rotational- speed centrifuge and a low-field permanent magnet. Capillary pressure curves were obtained for primary drainage, imbibitions, and secondary drainage in water/oil systems. 
653 # # |a Resonacia magnética por imagen 
653 # # |a Distribucion de fluidos 
653 # # |a Curva de presión capilar 
653 # # |a Velocidades de rotación de medición 
653 # # |a Velocidad centrífufa 
773 # # |a JPT, Journal of Petroleum Technology  |b Vol. 60, Nº 8 (Agosto 2008).  |d United States : Society of Petroleum Engineers (SPE) 
856 # # |u www.spe.org 
908 # # |a imp 
999 # # |a Guido