FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2034867319> ?p ?o ?g. }

• W2034867319 endingPage "556" @default.
• W2034867319 startingPage "542" @default.
• W2034867319 abstract "Time-lapse monitoring is useful for imaging changes in geophysical attributes due to fluid flow. In trying to use time-lapse data for reservoir characterization, difficulties often arise when relating changes in geophysical observations to changes in fluid saturation and pressure. As an alternative approach for reservoir monitoring and characterization, we introduce the idea of an onset time, the time at which a measured quantity, such as a seismic traveltime or a reflection amplitude, begins to deviate from its background value. We illustrate the idea and demonstrate its utility through the consideration of traveltimes recorded by the continuous active source seismic monitoring system at the Frio pilot site near Houston, Texas. The system, which transmits an elastic wave every 15 min, is used to monitor the movement of carbon dioxide injected into a permeable sand formation. From these data we can estimate the onset of changes in seismic traveltimes to six receivers in an adjacent borehole. Numerical simulation and synthetic tests indicate that the onset times are not very sensitive to the method used to compute the effective fluid bulk modulus and, correspondingly, the seismic compressional velocity. Rather, the onset times are strongly influenced by saturation changes within the formation, specifically by the break-through time of the injected fluid phase. By means of an iterative inversion algorithm we use the onset times to estimate permeability variations between the boreholes at the Frio pilot site. © The Authors 2014. Published by Oxford University Press on behalf of The Royal Astronomical Society." @default.
• W2034867319 created "2016-06-24" @default.
• W2034867319 creator A5041045670 @default.
• W2034867319 creator A5067998463 @default.
• W2034867319 creator A5087232409 @default.
• W2034867319 date "2014-01-24" @default.
• W2034867319 modified "2023-10-16" @default.
• W2034867319 title "Utilizing the onset of time-lapse changes: a robust basis for reservoir monitoring and characterization" @default.
• W2034867319 cites W147431622 @default.
• W2034867319 cites W1545406444 @default.
• W2034867319 cites W1594074953 @default.
• W2034867319 cites W1599165031 @default.
• W2034867319 cites W1666403560 @default.
• W2034867319 cites W1751255379 @default.
• W2034867319 cites W1892419388 @default.
• W2034867319 cites W1970878135 @default.
• W2034867319 cites W1972797357 @default.
• W2034867319 cites W1975163596 @default.
• W2034867319 cites W1977398848 @default.
• W2034867319 cites W1978600727 @default.
• W2034867319 cites W1980490701 @default.
• W2034867319 cites W1981508394 @default.
• W2034867319 cites W1982214775 @default.
• W2034867319 cites W1983080803 @default.
• W2034867319 cites W1988731314 @default.
• W2034867319 cites W1989993440 @default.
• W2034867319 cites W1992571665 @default.
• W2034867319 cites W1992671779 @default.
• W2034867319 cites W1997384178 @default.
• W2034867319 cites W1998477645 @default.
• W2034867319 cites W2003870784 @default.
• W2034867319 cites W2003937902 @default.
• W2034867319 cites W2006783699 @default.
• W2034867319 cites W2007125398 @default.
• W2034867319 cites W2007552981 @default.
• W2034867319 cites W2009009320 @default.
• W2034867319 cites W2009240308 @default.
• W2034867319 cites W2010530247 @default.
• W2034867319 cites W2014328384 @default.
• W2034867319 cites W2014546531 @default.
• W2034867319 cites W2022044778 @default.
• W2034867319 cites W2023460088 @default.
• W2034867319 cites W2031316998 @default.
• W2034867319 cites W2031808442 @default.
• W2034867319 cites W2033127377 @default.
• W2034867319 cites W2038988652 @default.
• W2034867319 cites W2040904918 @default.
• W2034867319 cites W2041991630 @default.
• W2034867319 cites W2044533519 @default.
• W2034867319 cites W2044743603 @default.
• W2034867319 cites W2047152445 @default.
• W2034867319 cites W2051491836 @default.
• W2034867319 cites W2056396871 @default.
• W2034867319 cites W2059374926 @default.
• W2034867319 cites W2072180467 @default.
• W2034867319 cites W2074176021 @default.
• W2034867319 cites W2079975202 @default.
• W2034867319 cites W2080203940 @default.
• W2034867319 cites W2083791200 @default.
• W2034867319 cites W2092399864 @default.
• W2034867319 cites W2092838713 @default.
• W2034867319 cites W2094058508 @default.
• W2034867319 cites W2097681747 @default.
• W2034867319 cites W2097897435 @default.
• W2034867319 cites W2099016591 @default.
• W2034867319 cites W2103220329 @default.
• W2034867319 cites W2109553819 @default.
• W2034867319 cites W2111194330 @default.
• W2034867319 cites W2113700338 @default.
• W2034867319 cites W2115591972 @default.
• W2034867319 cites W2123524107 @default.
• W2034867319 cites W2125692313 @default.
• W2034867319 cites W2131467131 @default.
• W2034867319 cites W2143487985 @default.
• W2034867319 cites W2149207291 @default.
• W2034867319 cites W2152527053 @default.
• W2034867319 cites W2154715492 @default.
• W2034867319 cites W2155934439 @default.
• W2034867319 cites W2163136051 @default.
• W2034867319 cites W2168052004 @default.
• W2034867319 cites W2170680494 @default.
• W2034867319 cites W2172266364 @default.
• W2034867319 cites W2177091327 @default.
• W2034867319 cites W2323300503 @default.
• W2034867319 cites W2778772545 @default.
• W2034867319 cites W3164375914 @default.
• W2034867319 cites W993391707 @default.
• W2034867319 doi "https://doi.org/10.1093/gji/ggt526" @default.
• W2034867319 hasPublicationYear "2014" @default.
• W2034867319 type Work @default.
• W2034867319 sameAs 2034867319 @default.
• W2034867319 citedByCount "30" @default.
• W2034867319 countsByYear W20348673192014 @default.
• W2034867319 countsByYear W20348673192015 @default.
• W2034867319 countsByYear W20348673192016 @default.
• W2034867319 countsByYear W20348673192018 @default.
• W2034867319 countsByYear W20348673192019 @default.
• W2034867319 countsByYear W20348673192020 @default.

• next