On The Effect Of Distortion And Dispersion In Fringe Signal Of The FG5 Absolute Gravimeters

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On the effect of distortion and dispersion in fringe signal

May 14, 2019 On the effect of distortion and dispersion in fringe signal of the FG5 absolute gravimeters Petr Křen1, Vojtech Pálinkáš 2 and Pavel Mašika1 1 Czech Metrology Institute, V Botanice 4, 15072 Prague 5, Czech Republic 2 Research Institute of Geodesy, Topography and Cartography, Geodetic Observatory Pecný, 25165 Ondřejov 244, Czech Republic

Effects of impedance mismatch and coaxial cable length on

Sep 06, 2019 On the effect of distortion and dispersion in fringe signal of the FG5 absolute gravimeters Petr Ken, Vojtech Pálinká and Pavel Ma ika-On the determination of verticality and Eötvös effects in absolute gravimetry Petr Ken, Vojtech Pálinká and Pavel Ma ika-Measurement of the speed-of-light perturbation of free-fall absolute gravimeters

Gravity measurements supporting Kibble balances

relative gravimeters are needed avoiding those having significant magnetic sensitivity. The gravity difference should be computed from the position of AG where g is invariant of the gradient - effective position of the free-fall (1.22 m / 1.27 m for FG5/FG5X) (5. 2 0.52. 2) = 4.6 µGal contribution from determination of absolute g. F