The MPG-2 (Max-Planck-Gravimeter) is a transportable absolute gravimeter built on a classical free-fall scheme to measure the local gravity value. With significant improvements and further investigations in recent years, the standard deviation of the mean for a typical measurement over 12 h to 24 h is 1.0 mu Gal to 3.0 mu Gal (1 mu Gal = 10(-8) ms(-2)), and the combined standard uncertainty is estimated to be less than 10 mu Gal. The major improvements include the new interferometer design and alignment, longer drop length, reduced recoil effects and demagnetization of the falling body. The revised uncertainty budget and new measurement results of MPG-2 are reported. The results of observations at the reference gravity station Bad Homburg c...
It has been recommended that the relative standard uncertainty of the numerical value of the Planck ...
This paper reports results of comparison of three digital fringe signal processing methods implement...
The described work was carried out on November 2015 by the Istituto Nazionale di Ricerca Metrologica...
We report on design details and first results obtained with the transportable absolute gravimeter MP...
The knowledge of the acceleration g due to gravity plays an important role in force metrology in cal...
peer reviewedThe design and first results of two free-fall absolute gravimeters are reported: a stat...
Transportable quantum sensors become more common especially in gravimetry and measurements on longer...
The Gravimetry Group of the Institute of Metrology “G. Colonnetti” (IMGC-CNR), nowadays National Ins...
International comparisons, periodically organized by the Bureau International des Poids et Mesures (...
Over the past thirty years the development of transportable ballistic absolute gravity meters has d...
The research carried out at the Istituto Nazionale di Ricerca Metrologica (formerly Istituto di Metr...
Studies in gravimetry for the earth and celestial bodies insert in a more large context of our insti...
A gravimeter is an instrument that measures gravitational force Fg (N) or acceleration g (m/s-2). Ab...
Atom interferometers have demonstrated a high sensitivity to inertial forces. This enables their app...
The described work was carried out on November 2013 by the Istituto Nazionale di Ricerca Metrologica...
It has been recommended that the relative standard uncertainty of the numerical value of the Planck ...
This paper reports results of comparison of three digital fringe signal processing methods implement...
The described work was carried out on November 2015 by the Istituto Nazionale di Ricerca Metrologica...
We report on design details and first results obtained with the transportable absolute gravimeter MP...
The knowledge of the acceleration g due to gravity plays an important role in force metrology in cal...
peer reviewedThe design and first results of two free-fall absolute gravimeters are reported: a stat...
Transportable quantum sensors become more common especially in gravimetry and measurements on longer...
The Gravimetry Group of the Institute of Metrology “G. Colonnetti” (IMGC-CNR), nowadays National Ins...
International comparisons, periodically organized by the Bureau International des Poids et Mesures (...
Over the past thirty years the development of transportable ballistic absolute gravity meters has d...
The research carried out at the Istituto Nazionale di Ricerca Metrologica (formerly Istituto di Metr...
Studies in gravimetry for the earth and celestial bodies insert in a more large context of our insti...
A gravimeter is an instrument that measures gravitational force Fg (N) or acceleration g (m/s-2). Ab...
Atom interferometers have demonstrated a high sensitivity to inertial forces. This enables their app...
The described work was carried out on November 2013 by the Istituto Nazionale di Ricerca Metrologica...
It has been recommended that the relative standard uncertainty of the numerical value of the Planck ...
This paper reports results of comparison of three digital fringe signal processing methods implement...
The described work was carried out on November 2015 by the Istituto Nazionale di Ricerca Metrologica...