Baines' (1982) model was used to calculate the energy flux of the barotropic M2 waves to internal waves. Fluxes and amplitudes of the internal waves are shown to be not only dependent on the barotropic tide intensity but also on its arrival angle to the shelf, which changes greatly. By using the vertical distribution of the Brunt-Vaisala frequency in the region of study, the trajectories of the energy flux of the internal waves were calculated. Our results indicate optimum conditions for the generation of internal tides close to the Mexican Pacific coast. According to the linear model of internal waves, an estimation of the parameters of the semidiurnal internal tides close to the continental slope and on the shelf was made
Baines, P.G. and Fang, X.-H., 1985. Internal tide generation at a continental shelf/slope junction: ...
International audienceHigh frequency mooring data were collected near the northern shelf edge of the...
Surface tides are the periodic motions of our world's ocean due to the gravitational attraction of t...
The results of a special experiment measuring the spatiotemporal parameters of internal waves on the...
An internal tide is considered in the area of its origin near the shelf break and over the upper par...
Abstract-This paper discusses linear generation models for intemal tides over large topographic feat...
The dynamics of a semidiurnal internal tidal wave at a narrow Mexican Pacific shelf is discussed usi...
This thesis deals with the internal tide in the deep ocean, which is generated by the barotropic tid...
The mixing induced by breaking internal gravity waves is an important contributor to the ocean’s ene...
Mixing is an essential process in the deep ocean, as it accounts for the raising of the cold abyssal...
Herein we discuss the results of a study of the structure, evolution and break-up of an internal tid...
Oceanic internal tides are internal waves with tidal periodicities. They are ubiquitous throughout t...
Mixing in the abyssal ocean is known to play an important role in controlling the large-scale ocean ...
The Patagonian Shelf in the western South Atlantic is known for strong semidiurnal tides and intense...
Baines, P.G. and Fang, X.-H., 1985. Internal tide generation at a continental shelf/slope junction: ...
International audienceHigh frequency mooring data were collected near the northern shelf edge of the...
Surface tides are the periodic motions of our world's ocean due to the gravitational attraction of t...
The results of a special experiment measuring the spatiotemporal parameters of internal waves on the...
An internal tide is considered in the area of its origin near the shelf break and over the upper par...
Abstract-This paper discusses linear generation models for intemal tides over large topographic feat...
The dynamics of a semidiurnal internal tidal wave at a narrow Mexican Pacific shelf is discussed usi...
This thesis deals with the internal tide in the deep ocean, which is generated by the barotropic tid...
The mixing induced by breaking internal gravity waves is an important contributor to the ocean’s ene...
Mixing is an essential process in the deep ocean, as it accounts for the raising of the cold abyssal...
Herein we discuss the results of a study of the structure, evolution and break-up of an internal tid...
Oceanic internal tides are internal waves with tidal periodicities. They are ubiquitous throughout t...
Mixing in the abyssal ocean is known to play an important role in controlling the large-scale ocean ...
The Patagonian Shelf in the western South Atlantic is known for strong semidiurnal tides and intense...
Baines, P.G. and Fang, X.-H., 1985. Internal tide generation at a continental shelf/slope junction: ...
International audienceHigh frequency mooring data were collected near the northern shelf edge of the...
Surface tides are the periodic motions of our world's ocean due to the gravitational attraction of t...