1) tidal waters
潮水
1.
In Yingluo Bay of Guangxi, the nekton assemblages in mangrove fringed tidal waters were seasonally sampled in 1994 by a large block net separating a water area of approximate 10ha.
应用大拦网（拦截水体约１０ｈｍ２）分季节研究了广西英罗港红树林缘潮水中的游泳动物。
2) tidewater level
潮水水位
1.
The lower the tidewater level is,the higher the concentration of TN,TP,and NH3-N is.
59 m;随着潮水水位由高到低各采样点总氮、总磷和氨氮的浓度值由小变大,靠近排污口的1#采样点总氮、总磷和氨氮在低潮时的值分别是高潮时的2倍3、倍和2倍;2#采样点总氮、总磷和氨氮浓度值分别是高潮时的1。
3) Chaoshui basin
潮水盆地
1.
High-resolution sequence stratigraphy and its controls on uranium mineralization——Taking Middle Jurassic Qingtujing Formation in Chaoshui Basin as an example;
高分辨率层序地层特征及其对铀矿化的控制作用——以潮水盆地中侏罗统青土井组为例
2.
Uranium pre-concentration in Miaogou Formation,Lower Cretaceous and its prospecting significance in Chaoshui basin;
潮水盆地下白垩统庙沟组铀的预富集及其找矿意义
3.
Oil-gas accumulation condition analysis and oil-gas prospect evaluation of Jinchang depression in Chaoshui basin.;
潮水盆地金昌坳陷油气成藏条件分析与含油气远景评价
4) 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。
5) tidal level
潮水位
1.
Based on an analysis of the measured data of penetration tests about 17 sections during 7 main flood periods performed for Nantong section of the Yangtze River Levee, the regularity of the water level in gauge wells varying with tidal level was studied, and the correlation between river water level and the water level in gauge wells was analyzed.
试验结果表明,尽管堤基结构和堤身质量不同,潮水位变化对堤内水位没有明显的影响。
6) Tide-bound water level
乘潮水位
参考词条
补充资料：潮水
1.海洋及沿海江河中受潮汐影响而定期涨落的水流。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。