Seismic‐scattering theories describe high‐frequency coda waves as a combination of waves from random scatterers superimposed on direct waves from the source. The direct waves are expected to be spatially coherent whereas the scattered waves, arriving with random phase, will be spatially incoherent. Our objective is to use data from an extreme high‐resolution seismic experiment in Long Beach, California, to determine the transition from coherent to incoherent coda. The network, deployed by Nodal Seismic, comprises ∼5400 vertical component instruments, spaced every ∼100 m over an area of ∼5×7 km2. It was deployed for a period of six months with...
Application of fk Analysis and Entropy to Track the Transition from Spatially Coherent to Incoherent Earthquake Coda in Long Beach, California
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Luis A. Domínguez, Paul M. Davis, Dan Hollis; Application of fk Analysis and Entropy to Track the Transition from Spatially Coherent to Incoherent Earthquake Coda in Long Beach, California. Seismological Research Letters ; 84 (4): 622–628. doi: https://doi.org/10.1785/0220120099
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