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Multi-scale reasonable attenuation tomography analysis (MuRAT): An imaging algorithm designed for volcanic regions
L. De Siena
*
, C. Thomas, R. Aster
*
Corresponding author for this work
Centre for Energy Transition
Geology and Geophysics
New Mexico Institute of Mining and Technology
Colorado State University
University of Münster
Research output
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Contribution to journal
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Article
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peer-review
21
Citations (Scopus)
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Earth & Environmental Sciences
coda
89%
tomography
60%
body wave
41%
scattering
41%
code
40%
volcano
29%
energy
25%
Q factor
23%
seismic source
20%
wave field
18%
analysis
18%
wave energy
18%
normalization
18%
travel time
17%
seismicity
16%
crust
13%
melt
12%
topography
12%
inversion
12%
fluid
10%
station
9%
modeling
7%
method
3%
Physics & Astronomy
volcanology
100%
tomography
55%
attenuation
53%
volcanoes
33%
waveforms
20%
scattering
17%
crusts
14%
energy
13%
sensitivity
13%
travel
11%
stations
11%
topography
10%
Q factors
10%
rays
10%
cones
10%
inversions
9%
inclusions
9%
optics
8%
low frequencies
8%
fluids
6%
propagation
6%
Chemical Compounds
Energy
32%
Heterogeneity
32%
Anomalous Scattering
27%
Spreading
18%
Velocity
14%
Resonance
13%
Time
6%