Continuous in time evaluation of wave absorption in the scale of a seismic trace
DOI:
https://doi.org/10.24028/gzh.0203-3100.v33i3.2011.116924Abstract
This paper is devoted to describing a new method for estimation of the medium quality factor Q on the scale of seismic trace. A time-continuous estimate of Q is obtained as a result of preliminarily calculating the first two normalized moments of the power spectrum within a time interval sliding along the seismic record. The calculation of both integral spectral characteristics is fulfilled in the time domain with the use of special convolution-type operators. In order to eliminate the corruptive impact of the interfering character of real seismic records, a two-stage scheme is proposed. Modeling of synthetic seismograms without regard for absorption in the medium is fulfilled at the first stage. These simulation data join well the entire scheme of time-continuous determination of Q. The second stage is polynomial approximation of the intermediate estimates of the spectrum moments subject to a priori restrictions on the accep-table values of Q. The method was tested successfully on synthetic and real data.References
Авербух А.Г, Лаврик А. С., Шушакова Н. С. Изучение поглощения продольных волн по данным ВСП и наземных наблюдений // Современное состояние и перспективы развития математического обеспечения обработки и интерпретации сейсмической информации. - Москва: ВНИИОЭНГ, 1987. - С. 93-100.
Анциферов А.В., Гошовский С.В., Жикаляк Н.В., Мармалевский Н.Я., Тиркель Н.Г., Тяпкин Ю.К. Мировой опыт и перспективы применения в Украине сейсмического метода при поисках, разведке и добыче метана угольных месторождений // Геофиз. журн. - 2008. - 30, № 6. - С. 3-22.
Рабинер Л., Гоулд Б. Теория и применение цифровой обработки сигналов. - Москва: Мир, 1978. - 848 с.
Тимошин Ю.В., Шатило А.П. Прогнозирование АВПД на основе изучения поглощения сейсмических волн // Нефтяная и газовая промышленность. - 1990. - № 4. - С. 12-16.
Тяпкин Ю.К., Грищенко В.И. Сглаживание мгновенных частот и непрерывная оценка интегральных характеристик спектра сейсмической записи // Изв. ВУЗов. Геология и разведка. - 1985. - № 8. - С. 102-107.
Тяпкин Ю.К., Карпенко И. В. Связь интегральных параметров сейсмической трассы с начальными моментами спектра мощности сигнала // Докл. АН УССР. Сер. Б. - 1981. - №9. - С. 31-34.
Тяпкин Ю.К., Познанский С.М. Мгновенные динамические характеристики сейсмической записи//Геофиз. журн. - 1985. - 7, № 1. - С. 31- 40.
Френкс Л. Теория сигналов. - Москва: Сов. радио, 1974. - 344 с.
Чичинина Т.И., Сабинин В. И., Ронкийо-Хари-йо Х., Оболенцева И.Р. Метод QVOA для поиска трещиноватых коллекторов // Геология и геофизика. - 2006. - 47, № 2. - С. 259- 277.
Шатило А.П. Определение поглощения горных пород по фазовой характеристике среды // Вестн. Киев. ун-та. Сер. Геология. - 1987. - № 6. - С. 46-51.
Backus M. M., Luh P. C. Wavelet attenuation and AVO // Offset dependent reflectivity - Theory and practice of AVO / Eds. J. P. Castagna, M. M. Backus. - Tulsa: SEG Books, 1993. - P. 190-198.
Bansal R., Khare V., Jenkinson T., Matheney M., Martinez A. Correction for NMO stretch and differential attenuation in converted-wave data: A key enabling technology for prestack joint inversion of PP and PS data // The Leading Edge. - 2009. - 28, № 10. - P. 1182-1190.
Barnes A. E. Analysis of temporal variations in average frequency and amplitude of COCORP deep seismic reflection data // 60th SEG Meeting: Expand. Abstr. - 1990. - P. 1553-1556.
Barnes A. E. Instantaneous frequency and amplitude at the envelope peak of a constant-phase wavelet // Geophysics. - 1991. - 56, № 7. - P. 1058-1060.
Barnes A.E. When the concepts of spectral frequency and instantaneous frequency converge // The Leading Edge. - 1993. - 12, № 10. - P. 1020-1023.
Barrodale I., Roberts F.D.K. Algorithm 552: Solution of the constrained L t linear approximation problem // ACM Transactions on Mathematical Software. - 1980. - 6, № 2. - P. 231-235.
Behura J., Tsvankin I. Estimation of interval anisotropic attenuation from reflection data // Geophysics. - 2009. - 74, № 6. - P. A69-A74.
Blanchard T.D., Clark R.A., van der Baan M., Laws E. Time - lapse attenuation as a tool for monitoring pore fluid changes in hydrocarbon reservoirs // 71st EAGE Conference: Extend. Abstr. - 2009. - Paper PO52.
Bodine J. H. Waveform analysis with seismic attributes // Oil and Gas J. - 1986. - 84, № 23. - P. 59-63.
Causse E., Mittet R., Ursin B. Preconditioning of full-waveform inversion in viscoacoustic media // Geophysics. - 1999. - 64, № 1. - P. 130- 145.
Chakraborty A., Okaya D. Frequency-time decomposition of seismic data using wavelet-based methods // Geophysics. - 1995. - 60, № 6. - P. 1906-1916.
Chichinina T., Sabinin V., Ronquillo-Jarillo G. QVOA analysis: P-wave attenuation anisotropy for fracture characterization // Geophysics. - 2006. - 71, № 3. - P. C37-C48.
Clark R.A., Benson P.M., Carter A.J., Guerrero Moreno C.A. Anisotropic P-wave attenuation measured from a multi-azimuth surface seismic reflection survey // Geophys. Prosp. - 2009. - 57, № 5. - P. 835-845.
Dasgupta R., Clark R.A. Estimation of Q from surface seismic reflection data//Geophysics. - 1998. - 63, № 6. - P. 2120-2128.
Dasios A., Astin T.R., McCan C. Increasing confidence in seismic Q measurements: a comparison of estimates from sonic and surface seismic data // 68 th SEG Meeting: Expand. Abstr. - 1998. - P. 1080-1083.
Davis T. L., Benson R. D. Tight-gas seismic monitoring, Rulison Field, Colorado//The Leading Edge. - 2009. - 28, № 4. - P. 408-411.
Engelhard L. Determination of seismic-wave attenuation by complex trace analysis // Geophys. J. Int. - 1996. - 125, № 2. - P. 608-622.
Futterman W. I. Dispersive body waves // J. Geophys. Res. - 1962. - 67, № 13. - P. 5279- 5291.
Gao J., Yang S., Wang D., Wu R. Quality factors estimation using wavelet's envelope peak instantaneous frequency // 79th SEG Meeting: Expand. Abstr. - 2009. - P. 2457-2461.
Gu H., Stewart R., Li Z., Qi L., Yang L. Calculation of relative seismic attenuation from reflection time-frequency differences in carbonate reservoir // 77th SEG Meeting: Expand. Abstr. - 2007. - P. 1495-1499.
Hanson R. J. Least squares with bounds and linear constraints // SIAM J. Sci. and Statis. Comp. - 1986. - 7, № 3. - P. 826-834.
Hauge P.S. Measurements of attenuation from vertical seismic profiles // Geophysics. - 1981. - 46, № 11. - P. 1548-1558.
Hedlin K., Mewhort L., Margrave G. Delineation of steam flood using seismic attenuation // CSEG Recorder. - 2002. - 27, № 5. - P. 27-30.
Kaderali A., Jones M., Howlett J. White Rose seismic with well data constraints : A case history // The Leading Edge. - 2007. - 26, № 6. - P. 742-754.
Khare V., Rape T. Density inversion using joint PP/PS data: sensitivity to the angle range // 77th SEG Meeting: Expand. Abstr. - 2007. - P. 965-969.
Koesomadinata A.P., McMechan G.A. Empirical estimation of viscoelastic seismic parameters from petrophysical properties of sandstone // Geophysics. - 2001. - 66, № 5. - P. 1457-1470.
Korneev V. Slow waves in fractures filled with viscous fluid // Geophysics. - 2008. - 73, № 1. - P. N1-N7.
Kozlov E., Baransky N., Motruk V., Rusalin A., Persidskaya L., Kirseleva O., Bovykin A. Integrating seismic attributes to estimate transport properties of dual porosity reservoir rocks // First Break. - 2009. - 27, № 5. - P. 43-52.
Lazaratos S., Finn C. Deterministic spectral balancing for high fidelity AVO // 74th SEG Meeting: Expand. Abstr. - 2004. - P. 219-223.
Li H., Cui X.-F., Yao F.-C., Zhang Y. Analysis of center-frequency versus incident angle variations to detect gas reservoirs // 77th SEG Meeting: Expand. Abstr. - 2007. - P. 1490-1494.
Li H., Zhao W., Cao H., Yao F., Shao L. Measures of scale based on the wavelet scalogram with application to seismic attenuation // Geophysics. - 2006. - 71, № 5. - P. V111-V118.
Matheney M.P., Nowack R.L. Seismic attenuation values obtained from instantaneous frequency matching and spectral ratios // Geophys. J. Int. - 1995. - 123, № 1. - P. 1-15.
Morozov I. B. More reflections on Q // CSEG Recorder. - 2009. - 34, № 2. - P. 12-13.
O'Doherty R.F., Anstey N.A. Reflections on amplitudes // Geophys. Prosp. - 1971. - 19, № 3. - P. 430-458.
Oliveira S., Loures L., Moraes F., Theodoro C. Nonlinear impedance inversion for attenuating media // Geophysics. - 2009. - 74, № 6. - P. R111- R117.
Pointer T., Liu E., Hudson J.A. Seismic wave propagation in cracked porous media // Geophys. J. Int. - 2000. - 142, № 1. - P. 199-231.
Quan Y., Harris J.M. Seismic attenuation tomography using the frequency shift method // Geophysics. - 1997. - 62, № 3. - P. 895-905.
Reine C.A., Clark R.A., van der Baan M. Interval-Q measurements from surface seismic data us -ing a robust prestack inversion algorithm // 71st EAGE Conference: Extend. Abstr. - 2009. - Paper SO41.
Robertson J. D., Nogami H. H. Complex seismic trace analysis of thin beds // Geophysics. - 1984. - 49, № 4. - P. 344-352.
Roganov V., Roganov Y., Kostyukevych O. 3D-3C seismic wave modeling in multilayered anisotropic viscoelastic media using the Haskell - Thomson method // 71st EAGE Conference: Extend. Abstr. - 2009. - Paper P134.
Roy B., Anno P., Gurch M. Imaging oil-sand reservoir heterogeneities using wide-angle prestack seismic inversion // The Leading Edge. - 2008. - 27, № 9. - P. 1192-1201.
Saha J. G. Relationship between Fourier and instantaneous frequency // 57th SEG Meeting: Expand. Abstr. - 1987. - P. 591-594.
Shapiro S.A., Zien H., Hubral P. A generalized O'Doherty - Anstey formula for waves in finely layered media // Geophysics. - 1994. - 59, № 11. - P. 1750-1762.
Schoenberger M., Levin F. K. Apparent attenuation due to intrabed multiples // Geophysics. - 1974. - 39, № 3. - P. 278-291.
Schoenberger M., Levin F.K. Apparent attenuation due to intrabed multiples // Geophysics. - 1978. - 43, № 4. - P. 730-737.
Singh Y. Phase distortion and time shifts due to seismic attenuation and application to well ties // First Break. - 2008. - 26, № 2. - P. 43-50.
Singleton S., Taner M. T., Treitel S. Q estimation using Gabor - Morlet joint time-frequency analysis techniques // 76 th SEG Meeting: Expand. Abstr. - 2006. - P. 1610-1614.
Spencer T.W., Sonnad J.R., Butler T.M. Seismic Q-Stratigraphy or dissipation//Geophysics. - 1982. - 47, № 1. - P. 16-24.
Tyapkin Y., Shadura O. Continuous in time estimation of the quality factor Q from surface seismic reflection data // 71st EAGE Conference: Extend. Abstr. - 2009. - Paper SO47.
Vasheghani F., Lines L. Viscosity and Q in heavy-oil reservoir characterization // The Leading Edge. - 2009. - 26, № 7. - P. 856-860.
Wang Y.H. A stable and efficient approach of inverse Q filtering // Geophysics. - 2002. - 67, № 2. - P. 657-663.
Wang Y. Inverse-Q filtered migration // Geophysics. - 2008. - 73, № 1. - P. S1-S6.
White R.E. The accuracy of estimating Q from seismic data // Geophysics. - 1992. - 57, № 11. - P. 1508-1511.
Winkler K. W., Nur A. Seismic attenuation: Effects of pore fluids and frictional sliding // Geophysics. - 1982. - 47, № 1. - P. 1-15.
Zhang C., Ulrych T. J. Estimation of quality factors from CMP records//Geophysics. - 2002. - 67, № 5. - P. 1542-1547.
Zhu Y, Tsvankin I. Plane-wave propagation in atte-nuative transversely isotropic media // Geophysics. - 2006. - 71, № 2. - P. T17-T30.
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