Wyniki wyszukiwania

1

Artykuł dostępny w postaci pełnego tekstu - kliknij by otworzyć plik

On the nonlinear internal waves propagating in an inhomogeneous shallow sea

100%

Massel S. R.

Oceanologia

|

2016

|

tom 58

|

nr 2

2

Etude theorique et experimentale des ondes internes en milieu stratifie tournant

100%

D'hieres G. C., Suberville J.-L.

Oceanologia

|

1978

|

tom 09

3

Some results of research on internal waves in the Stolpe Sill area

100%

Golenko N. N., Beszczynska-Moller A., Piechura J., Walczowski W.

Oceanologia

|

1999

|

tom 41

|

nr 4

4

Climate of long internal waves and resuspension on the coastal shelf

84%

Bogucki D. J., Redekopp L. G.

Oceanologia

|

2008

|

tom 50

|

nr 1

5-21

Observations of the shelf environment rarely associate internal solitary waves (ISWs) with the impact of their passage. An experiment observed during the Coastal Mixing and Optics 1996( CMO ’96), a sequence of long internal waves on a coastal shelf is reported, including both mode-1 and mode-2 waves, together with evidence related to the interaction of propagating ISWs and the benthic boundary layer. The observed ISW dynamics is shown to present a repetitive pattern or ‘climate cycle’. The ISW-associated benthic signature described here occurs frequently (at least once a day) in the CMO ’96coastal area and suggests that ISWs under calm, summer-like conditions may have a decisive influence on the fate of near-bottom pollutants or biological processes in shelf regions.

5

The effect of internal waves on the fluctuations of the noise field in the sea

84%

Klusek Z.

Oceanologia

|

1983

|

tom 14

6

Computation of energy for diapycnal mixing in the Baltic Sea due to internal wave drag acting on wind-driven barotropic currents

67%

Nohr C., Gustafsson B. G.

Oceanologia

|

2009

|

tom 51

|

nr 4

The pathways of energy supply for mixing the deep waters of the Baltic Sea is largely unknown. In this paper, a parameterization of the internal wave drag forces on barotropic motion is developed and implemented into a two-dimensional shallow water model of the Baltic Sea. The model is validated against observed sea levels. The dissipation of barotropic motion by internal wave drag that is quantified from the model results show that breaking internal waves generated by wind forced barotropic motions can contribute significantly to diapycnal mixing in the deep water of the Baltic Sea.

7

On the structure and dynamics of the water in the Slupsk Furrow

59%

Piechura J., Walczowski W., Beszczynska-Moller A.

Oceanologia

|

1997

|

tom 39

|

nr 1

Ograniczanie wyników

7 Oceanologia

2 Beszczynska-Moller A.

2 Piechura J.

2 Walczowski W.

1 Bogucki D. J.

1 D'hieres G. C.

1 Golenko N. N.

1 Gustafsson B. G.

1 Klusek Z.

1 Massel S. R.

1 Nohr C.

1 Redekopp L. G.

1 Suberville J.-L.

1 2016

1 2009

1 2008

1 1999

1 1997

1 1983

1 1978

On the nonlinear internal waves propagating in an inhomogeneous shallow sea

Etude theorique et experimentale des ondes internes en milieu stratifie tournant

Some results of research on internal waves in the Stolpe Sill area

Climate of long internal waves and resuspension on the coastal shelf

The effect of internal waves on the fluctuations of the noise field in the sea

Computation of energy for diapycnal mixing in the Baltic Sea due to internal wave drag acting on wind-driven barotropic currents

On the structure and dynamics of the water in the Slupsk Furrow