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Analysis of the Refined CRUST1.0Crustal Model and its Gravity Field
Robert Tenzer
, Wenjin Chen
, Dimitrios Tsoulis
, Mohammad Bagherbandi
, Lars E. Sjöberg
, Pavel Novák
, Shuanggen Jin
Research output
:
Journal article publication
›
Review article
›
Academic research
›
peer-review
100
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Citations (Scopus)
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Dive into the research topics of 'Analysis of the Refined CRUST1.0Crustal Model and its Gravity Field'. Together they form a unique fingerprint.
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Keyphrases
Gravity Field
100%
Moho
100%
Gravimetric Method
57%
Gravity Data
42%
Crustal Density
42%
Seawater
28%
Long Wavelength
28%
Average Density
28%
Crustal Model
28%
Gravitational Signal
28%
Seismic Data
28%
Crustal Structure
28%
Mantle Heterogeneity
28%
Model Uncertainty
14%
Correlation Analysis
14%
Continental Shelf
14%
Boundary Region
14%
Spatial Characteristics
14%
Spectral Characteristics
14%
Refined Model
14%
Geoid
14%
Density Model
14%
Local Studies
14%
Gravity Inversion
14%
Area Studies
14%
Global Datasets
14%
Oceanic Crust
14%
Absolute Correlation Degree
14%
Crustal Density Structure
14%
Modeling Data
14%
Spectral Filtering
14%
Moho Geometry
14%
Seismic Survey
14%
Polar Ice Sheets
14%
Global Gravity Model
14%
CRUST1.0
14%
Deep Mantle
14%
Seismic Data Inversion
14%
Shallow Crustal Structure
14%
Earth and Planetary Sciences
Seismic Data
100%
Crustal Structure
100%
Earth's Gravity Field
100%
Seismic Survey
33%
Spatial Interaction Modeling
33%
Continental Shelf
33%
Geoids
33%
Data Inversion
33%
Ice Sheet
33%
Oceanic Crust
33%
Physics
Crustal Structure
100%
Earth's Gravity Field
100%
Geoids
33%
Data Inversion
33%