Add to ORKGLaCoste and Romberg G and D gravity meters are normally employed when attempting high precision measurement of gravity differences on land. The capabilities and limitations of these instruments are discussed
A transportable absolute gravity meter (JILAG-3) has been built at the Joint Institute for Laborator...
Presently, modern spring gravimeters are the most flexible, technically simple, and comparatively ch...
Gravity meters are commonly used to map spatial changes in the earth’s gravity, achieving resolution...
The precision quoted for published microgravity surveys varies widely. This paper attempts to quanti...
At the turn of the century, only pendulum apparatuses and torsion balances were available for genera...
47 ppInternational audienceThis review covers basic theory and techniques behind the use of ground-b...
Innovation in the 1980s and 1990s has been dominated by new instrumentation. Only recently has proce...
This review covers basic theory and techniques behind the use of ground-based gravimetry at the Eart...
The availability of superconducting gravimeters (SGs) enables us to collect high-precision gravity o...
International audienceOver the past two decades, superconducting gravimeters (SGs) have been a key t...
Results of gravity observations made in Canada from 1974 to 1978 reviewed, in order to estimate the ...
A microelectromechanical system (MEMS) gravimeter has been manufactured with a sensitivity of 40 ppb...
Abstract Over the past two decades, superconducting gravimeters (SGs) have been a key tool to inve...
A wide set of geodynamical and hydrological phenomena, involving underground mass redistribution and...
The superconducting gravimeter was developed and applied to field measurements. The stability of the...
A transportable absolute gravity meter (JILAG-3) has been built at the Joint Institute for Laborator...
Presently, modern spring gravimeters are the most flexible, technically simple, and comparatively ch...
Gravity meters are commonly used to map spatial changes in the earth’s gravity, achieving resolution...
The precision quoted for published microgravity surveys varies widely. This paper attempts to quanti...
At the turn of the century, only pendulum apparatuses and torsion balances were available for genera...
47 ppInternational audienceThis review covers basic theory and techniques behind the use of ground-b...
Innovation in the 1980s and 1990s has been dominated by new instrumentation. Only recently has proce...
This review covers basic theory and techniques behind the use of ground-based gravimetry at the Eart...
The availability of superconducting gravimeters (SGs) enables us to collect high-precision gravity o...
International audienceOver the past two decades, superconducting gravimeters (SGs) have been a key t...
Results of gravity observations made in Canada from 1974 to 1978 reviewed, in order to estimate the ...
A microelectromechanical system (MEMS) gravimeter has been manufactured with a sensitivity of 40 ppb...
Abstract Over the past two decades, superconducting gravimeters (SGs) have been a key tool to inve...
A wide set of geodynamical and hydrological phenomena, involving underground mass redistribution and...
The superconducting gravimeter was developed and applied to field measurements. The stability of the...
A transportable absolute gravity meter (JILAG-3) has been built at the Joint Institute for Laborator...
Presently, modern spring gravimeters are the most flexible, technically simple, and comparatively ch...
Gravity meters are commonly used to map spatial changes in the earth’s gravity, achieving resolution...