Asymptotic calculation of the Biot¿s waves in layered media - Liu, Yangjun (Kevin)
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When seismic waves propagate through a gas reservoir, we typically observe shadow zones beneath the reservoir, particularly at low frequencies. These phenomena are known as low-frequency shadows and are instrumental in aiding the detection of gas reservoirs through spectral decomposition. This book offers a quantitative exploration of the potential causes behind these low-frequency shadows and demonstrates how they can be modeled using straightforward programming code. At the conclusion of this book, a Fortran code is provided to illustrate the modeling of Biot's slow wave, which is believed…mehr

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Produktbeschreibung
When seismic waves propagate through a gas reservoir, we typically observe shadow zones beneath the reservoir, particularly at low frequencies. These phenomena are known as low-frequency shadows and are instrumental in aiding the detection of gas reservoirs through spectral decomposition. This book offers a quantitative exploration of the potential causes behind these low-frequency shadows and demonstrates how they can be modeled using straightforward programming code. At the conclusion of this book, a Fortran code is provided to illustrate the modeling of Biot's slow wave, which is believed to be one of the major contributors to the formation of low-frequency shadows.
Autorenporträt
Yangjun (Kevin) Liu holds two Master of Sciences degrees from University of Houston. One from Physical Chemistry in 2007, and the other one from Geophysics in 2009. After that, he started working as a professional geophysicist in Schlumberger at the Houston office. Yangjun (Kevin) Liu has coauthored more than 30 papers and conference articles.