Control of Tidal Estuary 潮汐河口的治理
tidal estuary area 潮汐河口地区
weak tidal estuary 弱潮河口
macro tidal estuary 强潮河口
macro-tidal estuary 强潮河口
tidal estuary waterway 潮汐河口航道
Progressive tidal estuary 淤进型潮汐河口
Many power plants locate tidal estuary and its nearby waters, where freshwater runoff from land and sea water of high salinity converge, which appear saline intrusion phenomenon and formed non-homogeneous receiving waters of density difference.
而很多电厂位于潮汐河口及其附近海域,来自陆地的淡水径流和来自外海的高盐度海水相互汇交,出现盐水入侵现象,形成了本身具有密度差的非均质受纳水域。
参考来源 - 恒定非均质水域温排放水力热力特性的试验研究·2,447,543篇论文数据，部分数据来源于NoteExpress
The mechanism of the effect on protecting dykes and flats in tidal estuary is analyzed.
本文通过现场观测，分析了桩式丁坝的护滩保塘效果，探究丁坝护滩保塘的机理。
This paper takes the typical macro-tidal estuary in China-Qiantang River estuary as an example.
本文选取我国较为典型的强潮河口——钱塘江河口。
Yangtze River estuary is a tidal estuary with moderate runoff and tide. It has a huge tidal influx.
长江是径流、潮流中等的潮汐河口，纳潮量十分巨大。
应用推荐