The ESA SWARM mission will have three earth orbiting magnetometer bearing satellites one in a high orbit and two side-by-side in lower orbits. These latter satellites will record a horizontal magnetic gradient. In order to determine how we can use these gradient measurements for interpretation of large geologic units we used ten years of CHAMP data to compute a horizontal gradient map over a section of southeastern Europe with our goal to interpret these data over the Pannonian Basin of Hungary
flows and volcanoclastic deposits dating from Miocene to Quaternary. Gravity and aeromagnetic anomal...
The current work makes use of the geometrical configuration of the two lower-altitude Swarm satellit...
Abstract: NASA launched the magnetic field satellite, MAGSAT, to examine specifically large- and med...
The ESA SWARM mission will have three earth orbiting magnetometer bearing satellites one in a high ...
The Pannonian Basin is a deep intra-continental basin that formed as part of the Alpine orogeny. It ...
The Pannonian Basin is a deep intra-continental basin that formed as part of the Alpine orogeny. In ...
The Swarm mission, launched in November 2013, consists of three identical satellites designed to mea...
Our paper discusses the determination of total magnetic field anomalies derived from the SwarmA sate...
In the European region, the magnetic field at satellite altitudes (∼350 km) is mainly defined by a l...
In this study we interpret the magnetic anomalies at satellite altitude over a part of Europe and th...
Satellite-derived global gravity and magnetic maps have been shown to be useful in large-scale studi...
The processing of MAGSAT scalar data to construct a crustal magnetic anomaly map over the continenta...
Maps of the lithospheric magnetic eld made to date have used single satellite observations. In contr...
We derive a new model, named LCS-1, of Earth’s lithospheric field based on four years (2006 Septembe...
International audienceWe derive a lithospheric magnetic field model up to equivalent Spherical Harmo...
flows and volcanoclastic deposits dating from Miocene to Quaternary. Gravity and aeromagnetic anomal...
The current work makes use of the geometrical configuration of the two lower-altitude Swarm satellit...
Abstract: NASA launched the magnetic field satellite, MAGSAT, to examine specifically large- and med...
The ESA SWARM mission will have three earth orbiting magnetometer bearing satellites one in a high ...
The Pannonian Basin is a deep intra-continental basin that formed as part of the Alpine orogeny. It ...
The Pannonian Basin is a deep intra-continental basin that formed as part of the Alpine orogeny. In ...
The Swarm mission, launched in November 2013, consists of three identical satellites designed to mea...
Our paper discusses the determination of total magnetic field anomalies derived from the SwarmA sate...
In the European region, the magnetic field at satellite altitudes (∼350 km) is mainly defined by a l...
In this study we interpret the magnetic anomalies at satellite altitude over a part of Europe and th...
Satellite-derived global gravity and magnetic maps have been shown to be useful in large-scale studi...
The processing of MAGSAT scalar data to construct a crustal magnetic anomaly map over the continenta...
Maps of the lithospheric magnetic eld made to date have used single satellite observations. In contr...
We derive a new model, named LCS-1, of Earth’s lithospheric field based on four years (2006 Septembe...
International audienceWe derive a lithospheric magnetic field model up to equivalent Spherical Harmo...
flows and volcanoclastic deposits dating from Miocene to Quaternary. Gravity and aeromagnetic anomal...
The current work makes use of the geometrical configuration of the two lower-altitude Swarm satellit...
Abstract: NASA launched the magnetic field satellite, MAGSAT, to examine specifically large- and med...