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New weak-contrast approximation for reflection coefficients in transversely isotropic media
Using the qP-wave processing parameters and standard interpretation parameters, we derive a new weak-contrast approximation for qPqP- and qPqSV-reflection coefficients in a VTI medium. Being tested on few numerical models, the proposed approximation results in better accuracy compared with the standard weak-contrast approximation.
New weak-contrast approximation for reflection coefficients in transversely isotropic media
Using the qP-wave processing parameters and standard interpretation parameters, we derive a new weak-contrast approximation for qPqP- and qPqSV-reflection coefficients in a VTI medium. Being tested on few numerical models, the proposed approximation results in better accuracy compared with the standard weak-contrast approximation.
New weak-contrast approximation for reflection coefficients in transversely isotropic media
New weak-contrast approximation for reflection coefficients in transversely isotropic media
Pavel Golikov (Autor:in) / Alexey Stovas (Autor:in)
Journal of Geophysics and Engineering ; 7 ; 343-350
01.12.2010
8 pages
Aufsatz (Zeitschrift)
Elektronische Ressource
Englisch
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