1.
Study on the Application of OOMAS Model in Taihu Lake Simulation;
OOMAS模型在太湖水环境模拟中的应用研究
2.
Robust Analysis of Spatial Variable Data in Water Environment Simulation;
水环境模拟中空间变量数据的稳健性分析
3.
Research on Water Environment Simulation and Water Quality Assessment of the Cascade Hydropower Plant in the Supa River Basin;
苏帕河梯级电站水环境模拟与质量评价研究
4.
Study on the Groundwater Environment Simulation of City s Wellfield and the Countermeasure of Feeding Water Supplyment;
城市供水水源地地下水环境模拟与安全供水对策研究
5.
Development and Application of Water Quality Model WASP5 in Water Environment Simulation of Plain River Network Areas;
WASP5水质模型在平原河网区水环境模拟中的开发与应用
6.
Evolution Regularity of Groundwater in the Qufu Plain Based on the Impact of Human Activities
基于FEFLOW的浅层地下水水环境演化模拟
7.
Numerical Simulation on Water Quality of Xi River in FuXin;
阜新市细河水环境质量数值模拟研究
8.
A Study on the Simulation of Water Environmental Pollution Based on GIS;
基于GIS技术的水环境污染模拟研究
9.
Numerical simulation of cooling effect by fine water mist in outdoor environment
细水雾室外环境降温效果的数值模拟
10.
NUMERICAL SIMULATION OF MULTIPORT BUOYANT JET OF THERMAL WATER IN CO-FLOWING
同流环境多圆孔热废水排放数值模拟
11.
Two-dimensional Numerical Simulation of Cooling-water Discharged into Unsteady Flow;
非恒定流环境水体温排水二维数值模拟
12.
Study on Pollution Calculation and Water Environment Capacity Simulation for Weihe River in Shaanxi;
渭河陕西段水环境污染和水环境容量的计算模拟
13.
Study on Random Model for Water Environment Simulation and Training on Closed Polders and Its Application;
大型圩区水环境随机模拟模型及应用研究
14.
Application of princeton ocean model to the hydrodynamic simulation in Xiamen Bay
POM模式在厦门湾三维水动力环境模拟中的应用
15.
Numerical Simulation and Calculation of Heat Environmental Capacity about Heated Discharge from Power Plant;
电厂温排放的水环境数学模拟及热环境容量计算
16.
The Experimental and Numerical Study on the Characteristics of Jet in the Flowing Ambient Fluid;
动水环境中射流特性的实验和数值模拟研究
17.
Numeric Simulation and Analysis of the Influence of Pit s Surrounding Environment Induced by Dewatering;
基坑降水对周围环境影响的数值模拟分析
18.
Research of Simulation the Dynamic Environment of Groundwater of the M=7.8 TangShan Earthquake;
唐山7.8级地震地下水动力环境模拟研究