FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1976073300> ?p ?o ?g. }

• W1976073300 endingPage "R119" @default.
• W1976073300 startingPage "R103" @default.
• W1976073300 abstract "Because of the conversion of elastic energy into heat, seismic waves are attenuated and dispersed as they propagate. The attenuation effects can reduce the resolution of velocity models obtained from waveform inversion or even cause the inversion to produce incorrect results. Using a viscoacoustic model consisting of a single standard linear solid, we discovered a theoretical framework of viscoacoustic waveform inversion in the time domain for velocity estimation. We derived and found the viscoacoustic wave equations for forward modeling and their adjoint to compensate for the attenuation effects in viscoacoustic waveform inversion. The wave equations were numerically solved by high-order finite-difference methods on centered grids to extrapolate seismic wavefields. The finite-difference methods were implemented satisfying stability conditions, which are also presented. Numerical examples proved that the forward viscoacoustic wave equation can simulate attenuative behaviors very well in amplitude attenuation and phase dispersion. We tested acoustic and viscoacoustic waveform inversions with a modified Marmousi model and a 3D field data set from the deep-water Gulf of Mexico for comparison. The tests with the modified Marmousi model illustrated that the seismic attenuation can have large effects on waveform inversion and that choosing the most suitable inversion method was important to obtain the best inversion results for a specific seismic data volume. The tests with the field data set indicated that the inverted velocity models determined from the acoustic and viscoacoustic inversions were helpful to improve images and offset gathers obtained from migration. Compared to the acoustic inversion, viscoacoustic inversion is a realistic approach for real earth materials because the attenuation effects are compensated." @default.
• W1976073300 created "2016-06-24" @default.
• W1976073300 creator A5034348230 @default.
• W1976073300 creator A5040843968 @default.
• W1976073300 creator A5041646122 @default.
• W1976073300 creator A5085922614 @default.
• W1976073300 date "2014-05-01" @default.
• W1976073300 modified "2023-09-25" @default.
• W1976073300 title "Viscoacoustic waveform inversion of velocity structures in the time domain" @default.
• W1976073300 cites W1611859653 @default.
• W1976073300 cites W1865627710 @default.
• W1976073300 cites W1965233944 @default.
• W1976073300 cites W1980811494 @default.
• W1976073300 cites W2001980233 @default.
• W1976073300 cites W2002404290 @default.
• W1976073300 cites W2009552164 @default.
• W1976073300 cites W2036036302 @default.
• W1976073300 cites W2050732932 @default.
• W1976073300 cites W2053606088 @default.
• W1976073300 cites W2060690636 @default.
• W1976073300 cites W2067923746 @default.
• W1976073300 cites W2071695384 @default.
• W1976073300 cites W2073321567 @default.
• W1976073300 cites W2076605490 @default.
• W1976073300 cites W2076716582 @default.
• W1976073300 cites W2080064193 @default.
• W1976073300 cites W2080355038 @default.
• W1976073300 cites W2081710957 @default.
• W1976073300 cites W2083826621 @default.
• W1976073300 cites W2089871519 @default.
• W1976073300 cites W2100245965 @default.
• W1976073300 cites W2103437513 @default.
• W1976073300 cites W2108010353 @default.
• W1976073300 cites W2108113382 @default.
• W1976073300 cites W2112075641 @default.
• W1976073300 cites W2112860664 @default.
• W1976073300 cites W2113987921 @default.
• W1976073300 cites W2115426733 @default.
• W1976073300 cites W2116731512 @default.
• W1976073300 cites W2120385054 @default.
• W1976073300 cites W2120704348 @default.
• W1976073300 cites W2123930157 @default.
• W1976073300 cites W2125916088 @default.
• W1976073300 cites W2128748091 @default.
• W1976073300 cites W2130576140 @default.
• W1976073300 cites W2133953966 @default.
• W1976073300 cites W2134832666 @default.
• W1976073300 cites W2137625220 @default.
• W1976073300 cites W2138541488 @default.
• W1976073300 cites W2138594903 @default.
• W1976073300 cites W2141904084 @default.
• W1976073300 cites W2146429784 @default.
• W1976073300 cites W2150240527 @default.
• W1976073300 cites W2155146931 @default.
• W1976073300 cites W2155510609 @default.
• W1976073300 cites W2157547661 @default.
• W1976073300 cites W2158070924 @default.
• W1976073300 cites W2160873674 @default.
• W1976073300 cites W2161747251 @default.
• W1976073300 cites W2166525224 @default.
• W1976073300 cites W2167657634 @default.
• W1976073300 cites W2168110839 @default.
• W1976073300 cites W2168331961 @default.
• W1976073300 cites W2173042454 @default.
• W1976073300 cites W2314105632 @default.
• W1976073300 cites W2321495310 @default.
• W1976073300 cites W2323678192 @default.
• W1976073300 cites W2333841411 @default.
• W1976073300 cites W4376597674 @default.
• W1976073300 doi "https://doi.org/10.1190/geo2013-0030.1" @default.
• W1976073300 hasPublicationYear "2014" @default.
• W1976073300 type Work @default.
• W1976073300 sameAs 1976073300 @default.
• W1976073300 citedByCount "42" @default.
• W1976073300 countsByYear W19760733002014 @default.
• W1976073300 countsByYear W19760733002015 @default.
• W1976073300 countsByYear W19760733002016 @default.
• W1976073300 countsByYear W19760733002017 @default.
• W1976073300 countsByYear W19760733002018 @default.
• W1976073300 countsByYear W19760733002019 @default.
• W1976073300 countsByYear W19760733002020 @default.
• W1976073300 countsByYear W19760733002021 @default.
• W1976073300 countsByYear W19760733002022 @default.
• W1976073300 countsByYear W19760733002023 @default.
• W1976073300 crossrefType "journal-article" @default.
• W1976073300 hasAuthorship W1976073300A5034348230 @default.
• W1976073300 hasAuthorship W1976073300A5040843968 @default.
• W1976073300 hasAuthorship W1976073300A5041646122 @default.
• W1976073300 hasAuthorship W1976073300A5085922614 @default.
• W1976073300 hasConcept C118496448 @default.
• W1976073300 hasConcept C120665830 @default.
• W1976073300 hasConcept C121332964 @default.
• W1976073300 hasConcept C127313418 @default.
• W1976073300 hasConcept C134306372 @default.
• W1976073300 hasConcept C145589544 @default.
• W1976073300 hasConcept C159737794 @default.
• W1976073300 hasConcept C165205528 @default.
• W1976073300 hasConcept C165801399 @default.

• next