Modeling of hydrodynamics and transport processes in the Dnieper–Bug Estuary

A. A. Nesterov; V. S. Maderich

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Modeling of hydrodynamics and transport processes in the Dnieper–Bug Estuary

机译：第聂伯河—布格河口水动力和输运过程建模

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A numerical model of baroclinic circulation based on the use of a double sigma coordinate system is presented and its application to the simulation of flows and temperature and salinity fields in the Dnieper-Bug Estuary is described. The model reproduces the salinity and temperature fields surveyed in 1998. The results of simulations reveal the existence of a global influence of the relatively narrow and deep ship channel (through which Black-Sea waters can penetrate deep into the estuary) on the transport processes.

机译：提出了基于双西格玛坐标系的斜压环流数值模型，并描述了其在Dnieper-Bug河口水流，温度和盐度场模拟中的应用。该模型重现了1998年调查的盐度和温度场。模拟结果显示，相对狭窄和较深的船舶航道（黑海水可以通过其深深渗入河口）对运输过程存在全球影响。

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《Physical Oceanography》 |2008年第6期|P.345-356|共12页
作者
A. A. Nesterov; V. S. Maderich;
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A. A. Nesterov;

V. S. Maderich;

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Modeling of hydrodynamics and transport processes in the Dnieper–Bug Estuary

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