References of "Francis, Olivier 50001803"
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See detailCalibration of a superconducting gravimeter by comparison with an absolute gravimeter FG5 in Boulder
Francis, Olivier UL; Niebauer, T. M.; Sasagawa, G. et al

in Geophysical Research Letters (1998), 25(7), 1075-1078

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See detailComparisons between Absolute (AG) and Superconducting (SG) Gravimeters
Amalvict, Martine; Hinderer, Jacques; Francis, Olivier UL et al

in Forsberg, Rene; Feissel, Martine; Dietrich, Reinhard (Eds.) Geodesy on the Move (1998)

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See detailProper Usage of the ICET Data Bank - Comparison with theoretical applications on Earth Models
Melchior, Paul; Francis, Olivier UL

in Ducarme, Bernard; Pâquet, Paul (Eds.) Proceedings of the Thirteenth International Symposium on Earth Tides (1998)

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See detailOn the calibration of superconducting gravimeters with the help of absolute gravity measurements
Hinderer, Jacques; Amalvict, Martine; Florsch, Nicolas et al

in Ducarme, Bernard; Pâquet, Paul (Eds.) Proceedings of the Thirteenth International Symposium on Earth Tides (1998)

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See detailTwo years of continuous measurements of tidal and nontidal variations of gravity in Boulder, Colorado
van Dam, Tonie UL; Francis, Olivier UL

in Geophysical Research Letters (1998), 25(3), 393-396

We report here on the results of an analysis of 2 years of data from NOAA’s superconducting gravimeter located at the Table Mountain Gravity Observatory in Boulder, Colorado. Observed tidal parameters ... [more ▼]

We report here on the results of an analysis of 2 years of data from NOAA’s superconducting gravimeter located at the Table Mountain Gravity Observatory in Boulder, Colorado. Observed tidal parameters, corrected for ocean loading effects, are compared with theoretical tidal parameters predicted for a non-hydrostatic inelastic Earth model and demonstrate excellent agreement. Tidal residuals, corrected for polar motion and a linear instrument drift are highly correlated with gravity changes measured by two absolute gravimeters over the same time period. The admittance to local pressure i s found to be -0.356 mGal/mbar. However, this admittance factor is found to be seasonally and frequency dependent. Correlations between rainfall events and gravity changes are observed. Attempts to model these gravity changes as exponential functions of time were unsuccessful. [less ▲]

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See detailCalibration of the C021 superconducting gravimeter in Membach (Belgium) using 47 days of absolute gravity measurements
Francis, Olivier UL

in Segawa, Jiro; Fujimoto, Hiromi; Okubo, Shubei (Eds.) Gravity, Geoid and Marine Geodesy (1997)

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See detailInternational Center for Earth Tides (ICET)
Ducarme, Bernard; Francis, Olivier UL

in Mueller, Ivan (Ed.) Science Services IAG/FAGS (1997)

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See detailOne year of registration with the C021 cryogenic gravimeter at station Membach (Belgium)
Francis, Olivier UL; Ducarme, B.; Van Ruymbeke, M.

in Segawa, Jiro; Fujimoto, Hiromi; Okubo, Shubei (Eds.) Gravity, Geoid and Marine Geodesy (1997)

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See detailAccuracy assessment of recent ocean tide models
Shum, C. K.; Woodworth, P. L.; Andersen, O. B. et al

in Journal of Geophysical Research (1997), 102(C11), 25173-25194

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See detailComparison of recent ocean tide models using ground-based tidal gravity measurements
Melchior, Paul; Francis, Olivier UL

in Marine Geodesy (1996), 19(4), 291-330

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See detailTidal Gravity Measurements in Southeast Asia
Melchior, Paul; Francis, Olivier UL; Ducarme, Bernard

in Marées Terrestres Bulletin d'Informations (1996), (125), 9493-9507

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See detailTidal loading in south western Europe: A test area
Francis, Olivier UL; Melchior, P.

in Geophysical Research Letters (1996), 23(17), 2251-2254

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See detailValidation of ocean tide models by comparison to gravity loading measurements
Francis, Olivier UL

in Marées Terrestres Bulletin d'Informations (1995), 122

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See detailPresent State of Absolute Gravity Measurements in Brussels and Comparison with the Superconducting Gravimeter Drift
Francis, Olivier UL; Ducarme, Bernard; De Meyer, F. et al

in Hsu, H. T. (Ed.) Proceedings of the 12th International Symposium on Earth Tides (1995)

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See detailOMP1: an Inverse Model of the Global Ocean Tides
Mazzega, Pierre; Francis, Olivier UL; Bergé, Muriel

in Hsu, H.T. (Ed.) Proceedings of the 12th International Symposium on Earth Tides (1995)

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See detailEstimate of the radial orbit error by complex demodulation
Francis, Olivier UL; Berge, M.

in Journal of Geophysical Research. Solid Earth (1993), 98(B9), 16083-16094

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