tidal mixing的例句大全

The causes are considered to be both the errors in the topography and the tidal mixing at the bottom.

引起底部模拟偏差的主要原因可能是地形误差，也可能是模式缺少潮汐混合过程。

The continental shelf front s induced by tidal mixing in the Huanghai Sea

黄海潮生陆架锋的分布

A study of the circulations of the northern Yellow Sea cold water mass ( nyscwm)── effects of tidal mixing on them

北黄海冷水团环流结构探讨&潮混合锋对环流结构的影响

And the mainly controlling factor for the concentrations of DO in bottom water is stratification caused by the convergence of the discharges and outer water masses. The tidal mixing affects the DO through its effect on stratification.

底层水体溶解氧含量的主要影响因素是咸淡水交汇形成的盐度差的层化作用，潮汐混合通过影响层化作用从而影响溶解氧的浓度。

Numerical simulation of the tidal mixing in Bohai Sea ii. treatment of problems in simulating numerically the principal semidiurnal constituent in Bohai Sea

渤海潮混合数值模拟&Ⅱ.渤海主要半日分潮数值模拟中有关问题的处理

The period of 0. 51 days ( 1 2 hours and 25 minutes) is the period of the semidiurnal tidal current; NUMERICAL SIMULATION OF THE TIDAL MIXING IN THE BOHAI SEA I. THE NUMERICAL SIMULATION OF THE PRINCIPAL SEMIDIURNAL CONSTITUENT IN THE BOHAI SEA

0.51d是半日潮周期，即12h25min的周期；渤海潮混合数值模拟Ⅰ.渤海主要半日分潮的数值模拟

The experiments also suggest that the location and formation of fronts are closely related to topography and tidal mixing, as is the velocity structure around the front.

另外，数值试验结果显示了地形和潮混合对潮汐锋的形成及锋区环流有重要影响。

Studies are also made of the responses of the dispersal and mixing processes to the river discharge, the longitudinal bottom slope, the Coriolis force, steady winds, and the M2 tidal constituent.

另外，这一部分还分别研究了羽状流扩散与混合过程对河流径流量、底部纵向坡度、科氏力、定常风和M2分潮的响应。

These characteristics reflected the rather weak hydrolic conditions and the tendency of uniform mixing of the open sea water and the river runoff during the stage of tidal stand, and the multiple sources of the suspended matter.

这些特征反映了采样时的弱动力条件和至高平潮时湾内水体趋于均匀混合的趋势，以及研究区中悬浮物来源上的非单一性。

Based on fluid dynamic principle, the tidal velocity profile in the near-bottom layer in estuary and coast is established by introducing Prandtl mixing length theory and Von Karman self-similar theory.

本文从流体动力学原理出发，利用Prandtl混合长度和Von Karman自相似理论，建立河口海岸近底层潮流速分布的对数线性模式。

Estuarine wetland ecosystem is located at intersection point between rivers and marine ecosystems. Because of current mixing of Runoff and tidal current, the estuarine has unique environment characteristic and the biological composition.

河口湿地生态系统位于河流与海洋生态系统的交汇处，径流与潮流的掺混造成河口地区独特的环境特征和生物组成。

Tidal currents cause mixing between layer, so that the waters become only moderately stratified.

潮流可引起各层海水之间发生混合, 所以水体只能有一种适度的分层.