Seismic Attenuation Inversion with t* Using tstarTomog.
Author(s) -
Leiph Preston
Publication year - 2014
Language(s) - English
Resource type - Reports
DOI - 10.2172/1159040
Subject(s) - attenuation , anelastic attenuation factor , inversion (geology) , seismic wave , geology , amplitude , vertical seismic profile , earth model , geophysics , seismology , physics , optics , tectonics
Seismic attenuation is defined as the loss of the seismic wave amplitude as the wave propagates excluding losses strictly due to geometric spreading. Information gleaned from seismic waves can be utilized to solve for the attenuation properties of the earth. One method of solving for earth attenuation properties is called t*. This report will start by introducing the basic theory behind t* and delve into inverse theory as it pertains to how the algorithm called tstarTomog inverts for attenuation properties using t* observations. This report also describes how to use the tstarTomog package to go from observed data to a 3-D model of attenuation structure in the earth.
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