On The Efficiency of P‐Wave Coda Autocorrelation in Recovering Crustal Structure: Examples From Dense Arrays in the Eastern United States
Due to a sharp contrast in elastic properties across the basement rocks of sedimentary
basins (SBs), strong reverberations are generated during the passage of seismic waves.
Traditional receiver function methods become inadequate for imaging crustal structure due
to the existence of these strong reverberations. We investigate the feasibility of an
autocorrelation technique to extract vertical component receiver functions from teleseismic
earthquake data and the efficiency of the method to image the crustal architecture in …
basins (SBs), strong reverberations are generated during the passage of seismic waves.
Traditional receiver function methods become inadequate for imaging crustal structure due
to the existence of these strong reverberations. We investigate the feasibility of an
autocorrelation technique to extract vertical component receiver functions from teleseismic
earthquake data and the efficiency of the method to image the crustal architecture in …
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