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A különbözo kéregvastagság indikálása a CHAMP gravitációs és mágneses mérései alapján
Translated title of the contribution
:
Effect of varying crustal thickness on CHAMP geopotential data
T. Patrick Taylor
, Károly Kis
, Ralph R.B. von Frese
, J. V. Korhonen
, Géza Wittmann
, Hyung Rae Kim
,
Larmie V. Potts
Research output
:
Contribution to journal
›
Article
›
peer-review
3
Scopus citations
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Keyphrases
CHAMP
100%
Geopotential
100%
Pannonian Basin
100%
Crustal Thickness
100%
Finland
71%
Mg-Al
57%
Hungary
42%
Gravity Data
28%
Gravity Anomaly
28%
Europe
14%
Large Amplitude
14%
Magnetic Data
14%
Heat Flow
14%
Flow Data
14%
Two-region
14%
Magnetic Anomaly
14%
Crustal Thickness Variation
14%
West-east
14%
Free-air Gravity Anomaly
14%
Isostatic Equilibrium
14%
Svecofennian
14%
Negative Anomaly
14%
Anomalous Bodies
14%
Geopotential Anomalies
14%
South Central
14%
Glaciation
14%
Oceanic Lithosphere
14%
Mountainous Areas
14%
Value Anomaly
14%
Satellite Altitude
14%
Earth and Planetary Sciences
Geopotential
100%
Finland
100%
Crustal Thickness
100%
Hungary
60%
Gravity Anomaly
60%
Europe
20%
Mountainous Area
20%
Svecofennian
20%
Oceanic Lithosphere
20%
Magnetic Anomaly
20%