河口港

河口港城市港城关系建设&以长三角港城南通为例

Construction of the Relationship Between Estuary Port and City & A Case of Nantong Port-City in the Yangtze River Delta

河口港城市深水港址的选择研究

Study on Site Selection of the Deep-Water Ports in River-Coastal-Port Cities

河北省河口港址资源质量等级评价

Quality Evaluation on River Coastal Port Resources in Hebei Province

长江口深水航道的回淤问题淤泥质河口港池回淤计算

Back-Silting in Deep Waterways in Yangtze Estuary

淤泥质河口港池回淤计算淤泥质峡道海岸港口淤积计算研究

Calculation of Siltation in Harbour of the Muddy Estuaries CALCULATION ON DEPOSITION IN MUDDY CHANNEL COASTAL HARBOR

射阳港是江苏北部正在开发的一个河口港。

The Port of Sheyang is a developing port at a river mouth in the North of Jiangsu Province .

2005年上海洋山深水港的开港，使上海港跳出长江口、由河口港提升为海港，增加了对国际船公司的吸引力。

The opening of Yangshan Port in 2005 making the port of Shanghai outside Changjiang River and becoming an ocean port , which increasing the attraction to international shipping companies .

根据分析结果将河口港址资源划分为4个质量等级，提出了不同质量等级河口港址资源开发利用的具体措施。

Then according to the research above mentioned , the river coastal port resources were divided into four grades in equality and proposed the respective countermeasures in development and utilization .

强潮河口建港水域条件分析方法的探讨

Discussion on the Analysis Methods for Harbour Construction Conditions in Strongly Tidal Estuary Area

感潮河道、感潮河口、潮港。

A tidal river , estuary , harbour , etc.

感潮河道、感潮河口、潮港.河水涨到跟河岸相平了。

A tidal river , estuary , harbour , etc The water is coming up to the bank .

感潮河道、感潮河口、潮港.沉积物开始淤塞河道口。

A tidal river , estuary , harbour , etc Sediment begins to choke the channel 's opening .

沿海闸下感潮河口清淤保港射拖挖多功能清淤机的设计

Design of the multi-purposes Silt Cleaning Equipment of Spraying , Dragging and Digging for the Silt cleaning and the Shore Protection in the Tidy River Outlet Down the Sluice

春季，河口区和西港的POC含量与ATP（三磷酸腺苷）含量都呈正相关关系，其中，浮游植物有机碳（POCB）分别占POC的44%和22%。

POC contents were positively correlated to ATP ( adenosine triphosphate ) both in the estuary and the Xiamen Western Harbour in spring , in which Organic carbon of phytoplankton ( POC B ) were 44 % and 22 % in POC respectively .

淤泥质河口是填海建港主要地区，在人工作用下体现出明显的城市化形态特征，却未在城市形态学领域引发深入实质性研究，导致填海规划建设缺乏指导依据，盲目随意性强。

Muddy estuaries have always been reclaimed to construct ports . Their morphology shows obvious urbanized characteristics which have not been studied substantially and deeply in urban morphological studies . The lack of guidance has led reclamation planning to blind and arbitrary .