José Cali
École Normale Supérieure
7 Papers
12 Citations
José Cali is an academic researcher from École Normale Supérieure. The author has contributed to research in topics: Accelerometer & Acceleration. The author has an hindex of 3, co-authored 5 publications.
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Papers
Does Long-Term GPS in the Western Alps Finally Confirm Earthquake Mechanisms?
A. Walpersdorf,L. Pinget,Philippe Vernant,Christian Sue,Aline Déprez,Stéphane Baize,Pascale Bascou,Sandrine Baudin,Olivier Bock,Pierre Briole,José Cali,Jean-Paul Cardagliaguet,Cédric Champollion,Olivier Charade,Jean Chéry,Nathalie Cotte,Olivier Dauteuil,Eric Doerflinger,T. Duquesnoy,Stéphane Durand,Romain Fages,Gilbert Ferhat,Mireille Flouzat,Bruno Garayt,Médéric Gravelle,Mikaël Guichard,Jacques Hinderer,François Jouanne,Charly Lallemand,Frédéric Masson,Elise-Rachel Mathis,Stéphane Mazzotti,Jean-Luc Menut,Frédérique Moreau,Laurent Morel,Joëlle Nicolas,Jean-Mathieu Nocquet,Laurent Ott,Félix Perosanz,Thierry Person,Etienne Poirier,Alexis Rigo,Lucie Rolland,Alvaro Santamaría-Gómez,Sébastien Saur,Oona Scotti,Anne Socquet,Patrice Ulrich,Joël van Baelen,Mathilde Vergnolle,Maurin Vidal,Christophe Vigny,Thierry Villemin,Guy Wöppelmann +53 more
TL;DR: In this paper, the GPS velocities are still too uncertain to be interpreted on an individual basis, and the analysis of range-perpendicular GPS velocity profiles clearly highlights zones of extension in the center of the belt (153 to 31 nanostrain/year from north to south), with shortening in the forelands.
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Fine analysis of lever arm effects in moving gravimetry
B. de Saint-Jean,Jérôme Verdun,H. Duquenne,Jean-Pierre Barriot,S. Melachroinos,José Cali +5 more
- 01 Jan 2007
TL;DR: In this paper, a moving inertial gravimetric system consisting of three high precision accelerometers measuring accelerations along three non-parallel axes is designed to make high resolution gravity measurements on motor vehicles, ships or aircraft at mGal level of precision.
6
Détermination des conditions de la dynamique fluviale d'une rivière aménagée de basse énergie, à partir de secteurs du Loir (Bassin de la Loire aval)
Jeannine Corbonnois,Mathieu Bonnefond,Valentin Chardon,Stéphane Rodrigues,Philippe Jugé,José Cali,Jérôme Verdun,Elisabeth Simonetto,Wilfrid Tchekpo,Eric Labergerie,Guillaume Faucheux +10 more
TL;DR: In this article, the conditions de la dynamique fluviale de faible energie for a Cours de hautes eaux de forte magnitude were determined by LIDAR terrestre 3D and leves bathymetriques.
6
Calibration of a 3-accelerometer inertial gravimetry system for moving gravimetry
B. de Saint-Jean,Jérôme Verdun,H. Duquenne,Jean-Pierre Barriot,José Cali +4 more
- 01 Jan 2005
TL;DR: In this paper, a moving inertial gravimetric system consisting of three high precision accelerometers measuring accelerations along three non-parallel axes is developed, where the signal delivered by each accelerometer is an electric current, the intensity of which is proportional to the test mass of the accelerometric sensor.
1
High-Resolution Gravity Measurements on Board an Autonomous Underwater Vehicle: Data Reduction and Accuracy Assessment
Dinh Toan Vu,Jérôme Verdun,José Cali,Marcia Maia,Charles Poitou,Jérôme Ammann,Clément Roussel,Jean-François D’Eu,Marie-Édith Bouhier +8 more
TL;DR: High-resolution gravity measurements on board an autonomous underwater vehicle: Data reduction and accuracy assessment. The GraviMob gravimeter mounted on an Autonomous Underwater Vehicle can measure gravity at depths of up to several kilometres with an estimated error varying from 0.8 to 2.6 mGal.
1