A Three-Dimensional Numerical Tidal Model witha Variable Boundary for the Bohai Bay

1、

Tidal model of sea-floor spreading

海底扩张的潮汐模式

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2、

Design and application of auto-controlled sand-feeding system in large scale tidal model experiments

大型潮汐河工模型适时加沙控制系统设计与应用

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3、

This method is optimized by using the limit of stability of the numerical tidal model.

利用数值计算方法的稳定性限制条件对质点位置的搜索算法进行了优化，极大地降低了算法的时间复杂度，提高了计算效率。

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4、

Study on discharge coefficient of water admission devices in a tidal model

引潮装置流量系数的研究

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5、

Modelling of the tidal model system and adaptive control

潮汐模拟系统的建模与自适应控制

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6、

In this paper the application of the self-tuning controller to the boundary control of the tidal model is discussed.

本文讨论自校正控制在潮汐模型边界控制中的应用；

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7、

Self-tuning control of tidal model boundary

潮汐模型边界的自校正控制

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8、

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

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9、

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。

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10、

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

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11、

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。

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12、

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

黄海潮生陆架锋的分布

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13、

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。

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14、

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

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15、

Now it is a critical and difficult technical point to establish suitable tidal current model, migration and diffusion model, and then forecast the action of leakage dangerous chemicals accurately.

目前建立适宜的流场和扩散模型，对泄漏危化品行为进行准确地预测预报是关键技术难点。

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16、

Data-acquisition interface and processing program design of electric logging tidal meter

电测有井验潮仪数据采集接口与处理程序设计

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17、

Tidal corrosion mechanism is represented, which magnificently explains the formation of circular corrosion structure.

提出潮汐腐蚀的机理，解释了圈状腐蚀物的形成。

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18、

The role of vegetation in dynamic and sedimentary processes was revealed in 1985-1991 based on current, wave, and flat height surveys and analyses of sedi-ments and seaweed culture area in the tidal flat and salt marsh system of the Chang-jiang Delta and North Jiangsu coasts.

根据1985&1991年对长江三角洲和苏北潮滩-潮沼系统中潮流和波浪观察、滩面高程量算、沉积物分析和人工海草试验，研究植物对潮滩动力和沉积的影响。

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19、

Coastal delta, tidal flat, marine marsh, mangrove wetland, lagoon and sand beach are the main types of the coastal wetlands of China.

我国的滨海湿地主要包括三角洲湿地、滨岸沼泽、淤泥质海岸、红树林沼泽、海岸潟湖、砂质海岸湿地等几种主要湿地类型。

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20、

Organic Carbon Dynamic Transport and Flux Changes within Tidal Cycles in Salt Marsh Marginal Zone

盐沼地区潮周期内有机碳的动力输移与通量研究

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