The Changjiang estuary is divided into south and north branches by the Chongming Island.
长江口被崇明岛分为南北两支。
So it is very important to study on the mixing of salt-fresh water and saltwater intrusion in Changjiang Estuary.
因此研究长江口盐淡水混合、盐水入侵情况有着及其重要的理论意义和实用价值。
The islands in the Changjiang estuary, such as Chongming, Changxing and Hengsha, are originally of Holocene river-mouth bars.
长江口崇明、长兴、横沙等岛屿是由全新世长江的河口沙坝孕育而成。
The environment status of wetland in north branch of Changjiang estuary was investigated, its environmental quality was evaluated.
调查了长江口北支湿地环境现状，分析评价了长江口北支湿地的环境质量。
The South Passage which is little affects by the human being is the main channel of water discharge and sediment in the Changjiang Estuary.
南槽是长江口主要的水沙交换通道之一，受人类活动影响较小。
The 2-d model with a fine grid is applied to the field of flow in the Changjiang Estuary and the results are well in agreement with the measured flow.
不仅如此，本文还采用精细网格下的平面二维模型对长江口流场进行模拟，获得与实际流动较为一致的结果。
The model is applied to simulate the flow and concentration fields in the north branch of Changjiang estuary after the building of Chonghai Road Bridge.
模型应用于长江口北支崇海公路大桥修建后的流场浓度场的数值模拟。
This paper presents the one-dimension numerical simulation of the tide at North branch of Changjiang estuary by using second-order TVD scheme successfully.
本文利用二阶tvd格式对长江口北支的涌潮现象进行了一维的数值模拟，成功捕捉了涌潮现象。
Finally, under the three-dimensional ECOM model, the Particle-tracing Method is applied to the numerical modeling of the Changjiang Estuary sewage diffusion.
最后，本文在三维ecom模型下把质点跟踪法应用到了对长江口污染物扩散的数值模拟中。
Field experiments were undertaken to examine hydrodynamic effects of estuarine saltmarsh canopies on intertidal fine sediment transport of the Changjiang Estuary.
在长江口南汇东滩进行了现场水文泥沙观测取样，以探讨海岸盐沼植物的存在对潮间带细颗粒泥沙运动的影响。
Computation shows that the "tidal pumping" effect has a significant role in the suspended sediment transport within the turbidity maximum of the Changjiang Estuary.
计算表明，潮泵效应在长江河口最大浑浊带悬沙输移中起着重要的作用。
The water area outside of North Passage is part of the submerged delta in Changjiang estuary, and there is the outlet of the outer navigation channel in North Passage.
长江口北槽口外水域是长江口水下三角洲的组成部分，是长江口深水航道外航道出口段的所在区域。
The nearshore waters of Nanhui Spit, located in the transitional zone between the Changjiang Estuary and Hangzhou Bay, is an important area of water for sediment exchanges.
南汇咀近岸水域是长江口与杭州湾交汇以及近岸水沙交换的重要地带。
The sand body in the water area of Changjiang estuary, which has developed into the good sand mineral resources, possesses promising prospects in exploitation and utilization.
长江河口地区水下砂体发育形成了良好的砂矿资源，具有开发利用前景。
This paper examines the erosion and accretion evolution based on sea charts, combined with hydrodynamics and sediments, as well as channel evolution of the Changjiang estuary.
利用常规资料与多时相卫星遥感图象，分析了黄河上游干流水库投入运用后内蒙河段河床的冲淤演变及平面形态变化。
The Changjiang estuary, the largest estuary in China, is world-famous for its great abundance and development intensity of soil and water, water transport and fishery resources.
长江河口是中国最大的河口，其水土资源、水运资源和水产资源极其丰沛和开发强度已闻名于世。
The demand of economic development and the question of the science itself need to deeply understand the dynamics of suspended sediment in the high turbidity estuary - Changjiang estuary.
这些实际的需求和科学问题本身都要求对高浊度长江口的悬沙运动规律做深入的研究。
The distribution of boron in the Changjiang estuary water is investigated and found that there is a good correlation between boron content and specific conductance of water samples in it.
对长江口水中硼的分布规律进行了研究，得出本调查河段长江水中硼的含量与水样的电导率(盐度)有正相关性。
A study was conducted to investigate the influence of nutrient to the biomass and the structure of species and the transformation of nutrient by phytoplankton in Changjiang Estuary and adjacent areas.
通过现场加富培养实验的方法对长江口邻近海域海水营养盐对浮游植物生物量及浮游植物种类组成的影响，浮游植物对营养盐的迁移转化进行了研究。
The correlation between the excess phosphate and biomass of phytoplankton and species composition was studied by mesocosm experiments in the water of Changjiang River Estuary.
在长江口外应用围隔生态系实验方法，研究了富磷与浮游植物生物量的相关性以及浮游植物对磷吸收的种间竞争。
A semi implicit three dimensional ocean circulation model is employed to simulate the tidal flow of Hangzhou Bay and Changjiang river estuary.
采用一种半隐式三维海洋紊流模型对杭州湾及长江口附近的潮流场进行了数值模拟。
The distribution of bio-mass and density is extremely uneven, but both of high biomass and high density were basically similar, in the area northen to Changjiang River estuary.
生物量和栖息密度的分布极不均匀，高生物量和高栖息密度的分布趋势基本相似，两者都在调查区的北部。
Covering an area of 32 square kilometres, Pudong International Airport, now under construction, is located on the south bank of the Changjiang River estuary.
正在建设之中的浦东国际机场位于长江入海口南岸的濒海地带，占地约32平方公里。
Covering an area of 32 square kilometres, Pudong International Airport, now under construction, is located on the south bank of the Changjiang River estuary.
正在建设之中的浦东国际机场位于长江入海口南岸的濒海地带，占地约32平方公里。
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