FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2594222037> ?p ?o ?g. }

• W2594222037 endingPage "159" @default.
• W2594222037 startingPage "148" @default.
• W2594222037 abstract "Seismic time-lapse techniques are a valuable tool used to estimate the mobilization and distribution of stored CO2 in depleted reservoirs. The success of these techniques depends on knowing the seismic properties of partially saturated rocks with accuracy. It is commonplace to use controlled laboratory-scale experiments to determine how the fluid content impacts on their properties. In this work, we measure the ultrasonic P- and S-wave velocities of a set of synthetic sandstones of about 30% porosity. Using an accurate method, we span the entire saturation range of an air-water system. We show that the rocks’ elastic behaviour is consistent with patchy saturation and squirt flow models but observe a discontinuity at around 90% gas saturation which can be interpreted in two very different ways. In one interpretation, the responsible mechanism is frequency-dependent squirt-flow that occurs in narrow pores that are preferentially saturated. An equally plausible mechanism is the change of the mobile fluid in the pores once they are wetted. Extrapolated to seismic frequencies, our results imply that the seismic properties of rocks may be affected by the wetting effect with an impact on the interpretation of field data but would potentially be unaffected by the squirt flow effect. This provides strong motivation to conduct laboratory-scale experiments with partially saturated samples at lower frequency or, ideally, a range of frequencies in the seismo-acoustic range." @default.
• W2594222037 created "2017-03-16" @default.
• W2594222037 creator A5030646856 @default.
• W2594222037 creator A5061765339 @default.
• W2594222037 creator A5073818321 @default.
• W2594222037 creator A5084292871 @default.
• W2594222037 date "2017-04-01" @default.
• W2594222037 modified "2023-09-23" @default.
• W2594222037 title "Modelling ultrasonic laboratory measurements of the saturation dependence of elastic modulus: New insights and implications for wave propagation mechanisms" @default.
• W2594222037 cites W1841781403 @default.
• W2594222037 cites W1965167763 @default.
• W2594222037 cites W1966877237 @default.
• W2594222037 cites W1971713872 @default.
• W2594222037 cites W1977929385 @default.
• W2594222037 cites W1983510931 @default.
• W2594222037 cites W1989993440 @default.
• W2594222037 cites W1996801845 @default.
• W2594222037 cites W2000474073 @default.
• W2594222037 cites W2002272206 @default.
• W2594222037 cites W2005662672 @default.
• W2594222037 cites W2006085656 @default.
• W2594222037 cites W2006783699 @default.
• W2594222037 cites W2011952715 @default.
• W2594222037 cites W2012843455 @default.
• W2594222037 cites W2018388404 @default.
• W2594222037 cites W2036664654 @default.
• W2594222037 cites W2038923882 @default.
• W2594222037 cites W2041050285 @default.
• W2594222037 cites W2041991630 @default.
• W2594222037 cites W2042105806 @default.
• W2594222037 cites W2042347853 @default.
• W2594222037 cites W2044288456 @default.
• W2594222037 cites W2044533519 @default.
• W2594222037 cites W2049596313 @default.
• W2594222037 cites W2052773980 @default.
• W2594222037 cites W2055024076 @default.
• W2594222037 cites W2060379684 @default.
• W2594222037 cites W2064909627 @default.
• W2594222037 cites W2075365759 @default.
• W2594222037 cites W2081429816 @default.
• W2594222037 cites W2083739786 @default.
• W2594222037 cites W2097161354 @default.
• W2594222037 cites W2100106626 @default.
• W2594222037 cites W2101696335 @default.
• W2594222037 cites W2105310752 @default.
• W2594222037 cites W2106348357 @default.
• W2594222037 cites W2108496562 @default.
• W2594222037 cites W2111581752 @default.
• W2594222037 cites W2117669255 @default.
• W2594222037 cites W2122640826 @default.
• W2594222037 cites W2123711102 @default.
• W2594222037 cites W2132241394 @default.
• W2594222037 cites W2137225853 @default.
• W2594222037 cites W2140799279 @default.
• W2594222037 cites W2141794458 @default.
• W2594222037 cites W2146202010 @default.
• W2594222037 cites W2150473627 @default.
• W2594222037 cites W2150741045 @default.
• W2594222037 cites W2154715492 @default.
• W2594222037 cites W2162955757 @default.
• W2594222037 cites W2163329831 @default.
• W2594222037 cites W2166238385 @default.
• W2594222037 cites W2170832205 @default.
• W2594222037 cites W2193631815 @default.
• W2594222037 cites W2194381195 @default.
• W2594222037 cites W2209240497 @default.
• W2594222037 cites W2303975949 @default.
• W2594222037 cites W2402618201 @default.
• W2594222037 cites W2405110361 @default.
• W2594222037 cites W2464855147 @default.
• W2594222037 cites W4235172325 @default.
• W2594222037 cites W4248178574 @default.
• W2594222037 doi "https://doi.org/10.1016/j.ijggc.2017.02.009" @default.
• W2594222037 hasPublicationYear "2017" @default.
• W2594222037 type Work @default.
• W2594222037 sameAs 2594222037 @default.
• W2594222037 citedByCount "18" @default.
• W2594222037 countsByYear W25942220372017 @default.
• W2594222037 countsByYear W25942220372018 @default.
• W2594222037 countsByYear W25942220372019 @default.
• W2594222037 countsByYear W25942220372020 @default.
• W2594222037 countsByYear W25942220372021 @default.
• W2594222037 countsByYear W25942220372022 @default.
• W2594222037 countsByYear W25942220372023 @default.
• W2594222037 crossrefType "journal-article" @default.
• W2594222037 hasAuthorship W2594222037A5030646856 @default.
• W2594222037 hasAuthorship W2594222037A5061765339 @default.
• W2594222037 hasAuthorship W2594222037A5073818321 @default.
• W2594222037 hasAuthorship W2594222037A5084292871 @default.
• W2594222037 hasBestOaLocation W25942220372 @default.
• W2594222037 hasConcept C105569014 @default.
• W2594222037 hasConcept C114614502 @default.
• W2594222037 hasConcept C121332964 @default.
• W2594222037 hasConcept C127313418 @default.
• W2594222037 hasConcept C134306372 @default.
• W2594222037 hasConcept C134514944 @default.
• W2594222037 hasConcept C159985019 @default.
• W2594222037 hasConcept C187320778 @default.

• next