1.
Progress in the Research of Hydrodynamic Characteristics of Sediment-laden Overland Flow
坡面含沙水流水动力学特性研究进展
2.
When the axial flow turbine operates in sand loaded rivers, it frequently suffers the sand wear and abrasion.
轴流式水轮机在含沙水流中运行时，常遭到泥沙磨损和磨蚀破坏。
3.
Numerical Simulation of the Sandy Ablation of Centrifugal Pump Impeller Flowed Passage Parts in High Sandy Flow;
含沙水流中离心式水泵过流部件泥沙磨损的数值模拟
4.
Study on Key Technical Problems in Modeling of Hyper-Concentrated Flows;
高含沙水流模拟的几个关键技术问题研究
5.
Research on Silted Shape and Silt Reduction in the Pumping Station Forebay with Water Heavily Silt Mixture
高含沙水泵站前池淤积形态及减淤研究
6.
Forecast of Inflow Hydrograph and Out Flow Sediment Concentration of Reservoir;
水库入库洪水预报与出库含沙量预测
7.
FLUME EXPERIMENT ON FORMATION AND DEVELOPMENT OF SANDBODIES IN LAKE WITH SANDBEARING VARIETY OF RIVER
含沙河流入湖后沙体形成、发展的水槽实验
8.
Study on Turbulent Characteristics and Abrasion Mechanisms of High-velocity Sediment-laden and Aerated Flow;
高速含沙掺气水流及磨蚀机理的研究
9.
Probe into the Construction Method of Inclined Shaft on Sand and Gravel Aquifer in Surface Soil Section
表土段沙砾含水层斜井施工方法探索
10.
Calculation for Equilibrium Silt Concentration,Equilibrium Depth and Seabed Evolution
平衡含沙量、平衡水深与海床冲淤计算
11.
Selecting Aim Parameters of Francis Turbine About Containing Sand River
含沙河流水电站混流式水轮机目标参数选择
12.
The Mechanical Composition and Seasonal Wat er Content of Aeolian Sandy Soil in Mu Us Sandy Area
毛乌素沙区风沙土机械组成及含水率的季节变化
13.
Spatial Variation of Moisture Content in Shallow Aeolian Sandy Soil in the Southern Marginal Zone of the Gurbantonggut Desert
古尔班通古特沙漠南缘浅层风沙土含水量空间变异
14.
Research on the Desert Water Content,Frozen Soil Depth and Vegetal Cover in the Southern Margin of Junggar Basin at Early Spring
准噶尔盆地南缘初春沙漠含水率、沙漠冻土及植被覆盖率研究
15.
On the Relation between the Velocity and the Concentration Distributions in Open Channel
明渠水流垂线流速分布与含沙量分布的关系
16.
Sediment Transport Characteristics of Hyperconcentration Flood of the Yellow River and its Bed Formation
黄河高含沙量洪水的输移特性及其河床形成
17.
Three days later, the chickens were given Salmonella in their drinking water and became infected.
三天后，给鸡饮用含有沙门氏菌的水使之感染。
18.
Research on Automatic Water Sluice Gate in the Use of High Silt Concentration Flood Resource;
高含沙洪水资源利用中的自控闸门的研究