The CD is not as slick and user-friendly as one might wish, but maintains the university flavor of the book. Should you buy the book, be sure it includes the free CD-ROM-for without it, the reader is cannot complete some of the more valuable exercises. It treats AVO and acoustic impedance in detail as well as prestack depth and time migration, VSPs and modeling. The second part of the book, consisting of the last four chapters, is devoted to the use of seismic to enhance reservoir structure and properties. Chapter 7 is devoted to 2D interpretation and fills out the first part of the book. The next chapter tackles velocity analysis, CMP shooting, and poststack migration. Chapter 5 deals with the mechanics of reflections including diffractions and multiple reflections. This is followed by a chapter on the physics of seismic wave propagation including P-wave attenuation. The practicing exploration professional will probably skip the math, but will not miss much, as the math is secondary to explanations in the text.Īfter a short introductory chapter, the book moves on to waves, seismic wavelets, and wave spectra in time and frequency. The descriptive mathematics, such as modeling waves as a rotating vector or the expression of cross and autocorrelation as summations, is fine for students. As such, the book introduces topics appropriate to the university student but of little interest to the working professional. ![]() ![]() Its back cover characterizes it as more of a college-level course manual than a work intended for independent study. On the back cover, the book claims to be “for advanced Earth science students, geologists, petroleum engineers …”, yet the entire work reminds me, in both scope and presentation, of the first geophysics course I took in my undergraduate studies. A Petroleum Geologist's Guide to Seismic Reflection, by W.
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