Diurnal and long period earth tides were measured to high accuracy and precision with the superconducting gravimeter. The results provide new evidence on the geophysical questions which have been attacked through earth tide measurements in the past. In addition, they raise new questions of potential interest. Slow fluctuations in gravity of order 10 micron gal over periods of 3 to 5 months were observed and are discussed
The Gravimetric Observatory J9, located near Strasbourg, France has a long history of recording soli...
International audienceThe Gravimetric Observatory J9 located near Strasbourg (France), has a long hi...
In this work, advanced methods and processing schemes for the analysis of data from a Superconductin...
As part of the five-year earth science program (1993-1998) in the Japanese Antarctic Research Expedi...
International audienceWe have analyzed data from nine superconducting gravimeters in Western Europe ...
Summary. The results of previous work by the authors is used to remove most of the effects of ocean ...
Long gravity records from 18 superconducting gravimeters (SG) are used to estimate ocean tide loadin...
The superconducting gravimeter was developed and applied to field measurements. The stability of the...
Gravity change observations with a superconducting gravimeter started in March 22,1993 at Syowa Stat...
peer reviewedAnalysing independent 1-yr data sets of 10 European superconducting gravimeters (SG) re...
International audienceWe present a comparison in the various tidal bands, between two different spec...
peer reviewedWe report here on the results of an analysis of 2 years of data from NOAA’s supercondu...
We employ the barotropic, data-unconstrained ocean tide model TiME to derive an atlas for degree-3 t...
International audienceWe investigate a nearly 8-year record (2010-2018) of the superconducting gravi...
International audienceThe first phase (1997 2003) of the Global Geodynamics Project (GGP) has now be...
The Gravimetric Observatory J9, located near Strasbourg, France has a long history of recording soli...
International audienceThe Gravimetric Observatory J9 located near Strasbourg (France), has a long hi...
In this work, advanced methods and processing schemes for the analysis of data from a Superconductin...
As part of the five-year earth science program (1993-1998) in the Japanese Antarctic Research Expedi...
International audienceWe have analyzed data from nine superconducting gravimeters in Western Europe ...
Summary. The results of previous work by the authors is used to remove most of the effects of ocean ...
Long gravity records from 18 superconducting gravimeters (SG) are used to estimate ocean tide loadin...
The superconducting gravimeter was developed and applied to field measurements. The stability of the...
Gravity change observations with a superconducting gravimeter started in March 22,1993 at Syowa Stat...
peer reviewedAnalysing independent 1-yr data sets of 10 European superconducting gravimeters (SG) re...
International audienceWe present a comparison in the various tidal bands, between two different spec...
peer reviewedWe report here on the results of an analysis of 2 years of data from NOAA’s supercondu...
We employ the barotropic, data-unconstrained ocean tide model TiME to derive an atlas for degree-3 t...
International audienceWe investigate a nearly 8-year record (2010-2018) of the superconducting gravi...
International audienceThe first phase (1997 2003) of the Global Geodynamics Project (GGP) has now be...
The Gravimetric Observatory J9, located near Strasbourg, France has a long history of recording soli...
International audienceThe Gravimetric Observatory J9 located near Strasbourg (France), has a long hi...
In this work, advanced methods and processing schemes for the analysis of data from a Superconductin...