1) tidal action
感潮作用
2) tidewater
感潮
1.
Study on synthetic tidewater-river engineering operation on the Yangtse River;
感潮河道引江工程综合调度应用研究
3) tidal reach
感潮河段
1.
Layout of water intakes and outlets of thermal plants on tidal reaches of lower Yangtze River;
长江下游感潮河段火电厂取排水口布置
2.
Comparison of calculation methods for navigable stage design of tidal reach of the lower Yangtze River;
长江下游感潮河段设计通航水位计算方法比较
3.
Research on Influence of Bridge Engineering on Hydrodynamics in Tidal Reach;
桥梁工程对感潮河段水动力影响研究
4) tidal river
感潮河道
1.
Taking Guocun River in Liwan District of Guangzhou City,a typical heavily polluted urban tidal river in Zhujiang Delta Area as research object,based on the tidal characteristics of the river,the black and odorous water was treated by aeration and oxidation of the sediment and addition of TRSS stabilizing agent in the period of low tide to help the restoration of the river ecosystem.
选择典型的珠江流域重污染感潮河道——广州市荔湾区郭村涌为研究对象,结合河道感潮特性,在退潮后的最低水位时采用底泥曝气并投加TRSS稳定剂来消除河道黑臭,以利于河道生态系统的恢复。
2.
One integrated technology including sediment aerating,sediment stabilization and indigenous bacteria stimulation was carried out to control the black-odors of heavily polluted tidal rivers in Pearl River Delta Area.
采用底泥曝气、底泥稳定化及激活土著微生物等集成技术进行重污染感潮河道黑臭治理试验研究。
3.
Introduces briefly the current situation of the research on the numerical simulation of water environmental capacity in tidal river and analyzes the main problems to be overcome.
介绍了感潮河道水环境容量理论及计算的研究现状,分析了存在的主要问题,提出了开展闽江下游河道水环境容量研究的初步设想。
5) tidal river
感潮河流
1.
Optimization of waste load allocation with stochastic pollutant discharge in a tidal river basin;
考虑污染源强随机变化的感潮河流环境容量优化
2.
Prediction and sensitivity analysis of environmental water demand in tidal river——a case study in Shenzhen River;
感潮河流环境需水量预测及敏感性分析——以深圳河为例
3.
Research on water quality numerical modeling for tidal river;
平原地区感潮河流的水质数值模拟研究
6) tidal river network
感潮水系
1.
Based on the hydrological and hydrodynamic characteristics of the Dongjiang River network, a hydrodynamic numerical model was developed for tidal river networks.
根据东江水域的水文、水动力特征,建立了感潮水系水动力数学模型,分别在丰、枯水期相应的水文设计条件下,重点模拟、分析了人工挖沙可能对水文情势产生的影响。
参考词条
补充资料：迎潮送潮辞·送潮
【诗文】：
潮西来兮又东下，日染中流兮红洒洒。汀葭苍兮屿蓼枯，
风骚牢兮愁烟孤。大几望兮微将晦翳，睨瀛溶兮敛然而退。
爱长波兮数数，一幅巾兮无缨可濯。帆生尘兮楫有衣，
怅潮之还兮吾犹未归。
【注释】：
【出处】：
全唐诗：卷621-22
潮西来兮又东下，日染中流兮红洒洒。汀葭苍兮屿蓼枯，
风骚牢兮愁烟孤。大几望兮微将晦翳，睨瀛溶兮敛然而退。
爱长波兮数数，一幅巾兮无缨可濯。帆生尘兮楫有衣，
怅潮之还兮吾犹未归。
【注释】：
【出处】：
全唐诗：卷621-22
说明：补充资料仅用于学习参考，请勿用于其它任何用途。