1.
Hydraulics and Water Quality Model for Tidal River Network and Numerical Simulation
感潮河网水量水质模型及其数值模拟
2.
Study on Discharge Capacity of Water Gate in Tidal Plain Water Network Area
平原感潮河网地区水闸泄流能力探讨
3.
Study on Water Functional Transition Zone and Water Environmental Carrying Capacity for Tidal River Network;
感潮河网水功能过渡区及水环境承载能力研究
4.
Non-point Pollution Source Monitoring Techniques in Plain Tidal River Networks
平原感潮河网地区非点源污染监测方法
5.
Hydraulics and Water Quality Calcuation and Roughness Optimization of Water Diversion and Flow Strengthen in Tidal River Networks;
感潮河网引水增流水力水质计算及河道糙率优化
6.
Research on Multi-parameter Water Quality Model for Tidal-effect River Networks Based on MATLAB;
基于MATLAB的感潮河网多参数水质数学模型方法与应用研究
7.
Study on Surface Water Environmental Capacity and Quantity Control of Pollution within Tidal River Network;
平原感潮河网地区地表水环境容量及污染物总量控制研究
8.
Study on Hydrological Calculation Methods for Flood Prevention Plan of Cities in Plain Tidal River Network Area;
平原感潮河网区城市防洪规划中的水文计算方法研究
9.
a tidal river, estuary, harbour, etc
感潮河道、 感潮河口、 潮港.
10.
Calculation of Sub Stage Design Tidal Elements in Tidal Reach;
感潮河段分期设计潮汐要素计算方法的研究
11.
tidal waters of the Shing Mun River [closed to dwelling vessels]
城门河感潮水域〔不准住家船只进入〕
12.
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
13.
The Study of Tidal Level Forecasting in Tidal Reach of the Changjiang River Catchment and Its Application at Nanjing Tidal Station;
长江流域感潮河段潮位预报研究及在南京站的应用
14.
Study on the Flood and Tide Forecast of Tidal River and Upstream Reservoir Inference Operating Mode
感潮河段潮位与洪水预报及上游水库控制模式研究
15.
Research on Calculation Methods of the Designed Navigable Stage and Water Stage Forecasting in Tidal Rivers;
感潮河段设计水位方法确定与水位预报研究
16.
Study on SDSS-based Decision Support for Reducing Urban Flood at the Tidal Estuary;
基于SDSS的感潮河口城市水灾减灾辅助决策研究
17.
Research on Application of 3D Hydrodynamic, Sediment Transport Model with Non-Staggered Curvilinear Grid for Tidal Rivers;
感潮河道三维水流泥沙数值模型研究与应用
18.
The Calculation of Environmental Capacity in the Tidal Reach Based on the Blind Number Theory;
基于盲数理论的感潮河段水环境容量计算方法