Earth and Planetary Sciences
Inner Core
100%
China
86%
Tomography
53%
Tibetan Plateau
51%
Ambient Noise
49%
Surface Wave
48%
Velocity Structure
42%
Lithosphere
40%
Tectonics
35%
Travel Time
33%
Wave Velocity
33%
Mantle Structure
29%
Tibet
28%
Wave Dispersion
28%
Rayleigh Wave
24%
Low Velocity Zone
23%
P Wave
23%
Crustal Thickness
22%
Upper Mantle
21%
Lower Crust
18%
Lithospheric Structure
17%
Crustal Structure
14%
Seismicity
12%
Sichuan Basin
12%
Cross Correlation
12%
Alaska
12%
Seismic Tomography
12%
Love Wave
11%
Group Velocity
10%
Upper Crust
10%
Superrotation
10%
Taiwan
10%
Seismic Wave
9%
Stacking
9%
East Asia
9%
Coda
9%
Arrival Time
9%
Shale Gas
8%
Seismic Anisotropy
8%
Focal Mechanism
8%
Geology
8%
Interferometry
8%
Fault Zone
7%
North China Craton
7%
Seismogram
7%
Waveform Modeling
6%
Partial Melting
6%
Seismic Velocity
6%
Outer Core
6%
Seismic Noise
5%
Keyphrases
Inner Core
75%
China
46%
Earthquake
45%
Upper Mantle
41%
Joint Inversion
39%
Receiver Function
36%
Anisotropy
33%
Earth's Inner Core
33%
Travel Time
31%
Ambient Noise
30%
Temporal Change
30%
Velocity Structure
29%
Inner Core Rotation
29%
Tibetan Plateau
28%
Crustal Thickness
27%
Lithospheric Structure
24%
Low-velocity Zone
23%
Surface Wave Dispersion
22%
Mantle Structure
21%
Surface Wave Tomography
20%
Dispersion Law
17%
Low Velocity
17%
South Sandwich Islands
16%
Seismic Station
16%
Seismic Network
16%
Inner Core Boundary
16%
Lowermost Mantle
15%
P-velocity
14%
High-resolution
14%
Pn Velocity
14%
Alaska
14%
Sichuan Basin
14%
Ambient Noise Correlation
14%
Compositional Data Analysis (CoDA)
13%
Waveform Doublet
13%
Moho Depth
12%
Seismic Waves
12%
Moho
12%
Transition Zone
12%
Crustal Structure
11%
Differential Travel Time
11%
Tectonic Implications
11%
S-velocity
11%
Three-dimensional (3D)
11%
Lower Crust
11%
Tomographic Model
11%
Mantle Lithosphere
11%
Love Wave
11%
Seismic Tomography
11%
Rayleigh Wave
11%
