The effect of tides on the rotation speed of the Earth has been investigated from the astronomical observations of time. In a mean time system recalculated for 1967-1971, the authors have identified seven tidal components.Les auteurs ont étudié l'effet des marées sur la vitesse de la rotation de la Terre à partir des observations astronomiques de l'heure. Dans le système moyen de l'heure, recalculé pour la période 1967-1971, ils ont mis en évidence sept composantes dues aux marées.Djurovic Dragutin, Melchior Paul. Recherche des termes de marée dans les variations de la vitesse de rotation de la Terre. In: Bulletin de la Classe des sciences, tome 58, 1972. pp. 1248-1257
The rotation of the Earth is not regular. It changes on virtually every timescale we know in both po...
The global oceanic/atmospheric tides exert decelerating/accelerating secular torques on the Earth ro...
International audienceAims: We aim to compute the rate of increase of the length of day (LOD) due to...
Influence of the Earth’s rotation on the tides. in the Channel Report on the work done by the resear...
La Lune est l'astre dominant dans le phénomène des marées à la surface de la Terre. La première figu...
The zonal response coefficient kappa is studied, and some improvements in its determination are made...
We consider the periodic acceleration of the Earth's rotation rate caused by the oceanic M2-tide and...
The long period variation of the earth rotation is generally explained by tidal friction. The tidal ...
Abstract. A general flamework for calculating lunar and solar torques on the oceanic tides is develo...
This dataset consists of 6 months (3 months in the fall of 1968 and in the fall of 1969) of the frac...
Mulholland J. Derral. The Rotation of the Moon. In: Bulletin de la Classe des sciences, tome 60, 197...
Jean-Paul Parisot and Georges Lambert. The « Year » and the Earth's Rotation. The following text, wh...
Summary. The ‘decade ’ fluctuations in the Earth’s rate of rotation are derived from a comparison of...
The nature of tidal energy Tidal energy is derived from the inherent force of the earth’s rotation....
Tides due to orbital eccentricity may have a substantial effect on the rotation and tectonics observ...
The rotation of the Earth is not regular. It changes on virtually every timescale we know in both po...
The global oceanic/atmospheric tides exert decelerating/accelerating secular torques on the Earth ro...
International audienceAims: We aim to compute the rate of increase of the length of day (LOD) due to...
Influence of the Earth’s rotation on the tides. in the Channel Report on the work done by the resear...
La Lune est l'astre dominant dans le phénomène des marées à la surface de la Terre. La première figu...
The zonal response coefficient kappa is studied, and some improvements in its determination are made...
We consider the periodic acceleration of the Earth's rotation rate caused by the oceanic M2-tide and...
The long period variation of the earth rotation is generally explained by tidal friction. The tidal ...
Abstract. A general flamework for calculating lunar and solar torques on the oceanic tides is develo...
This dataset consists of 6 months (3 months in the fall of 1968 and in the fall of 1969) of the frac...
Mulholland J. Derral. The Rotation of the Moon. In: Bulletin de la Classe des sciences, tome 60, 197...
Jean-Paul Parisot and Georges Lambert. The « Year » and the Earth's Rotation. The following text, wh...
Summary. The ‘decade ’ fluctuations in the Earth’s rate of rotation are derived from a comparison of...
The nature of tidal energy Tidal energy is derived from the inherent force of the earth’s rotation....
Tides due to orbital eccentricity may have a substantial effect on the rotation and tectonics observ...
The rotation of the Earth is not regular. It changes on virtually every timescale we know in both po...
The global oceanic/atmospheric tides exert decelerating/accelerating secular torques on the Earth ro...
International audienceAims: We aim to compute the rate of increase of the length of day (LOD) due to...