1.
Numerical Simulation of Influence of Intake Angle on Hydraulic Characteristic of Energy Dissipater with Step-down Floor
入池角度对跌坎型底流消能工水力特性影响的数值模拟
2.
New type of eliminating energy pool out-flow scouring experiments of rapid chamfer falling guttery for highway
公路排水跌坎急流槽新型消力池出流冲刷试验
3.
Model Test on Drop Slit-Bucket of the Middle Outlet Works in Arch Dam for Dahuashui Hydropower Station;
大花水水电站拱坝中孔跌坎窄缝消能工试验研究
4.
Experiments and Research about the Current s Energy Dissipator in Low Fr. (Diffluent Piers with Low Ridge);
低Fr.水流消能工的实验研究（低坎分流墩）
5.
A Study of the Configuration of Stilling Basins for Gravity Arch Dams
重力拱坝底流消能消力池体型的研究
6.
Comparison of several turbulent models for calculating turbulent separated flows passing on sill
几种紊流模型在底坎紊流分离流计算中的对比
7.
The Study on the Influences of the Bucket Lips Selection to the Nappes and the Pressure on the Slabs;
坎型选择对泄流水舌及底板压力的影响研究
8.
Application and Research of Energy Dissipation about Multi-outlet and Mixed Flow on Roller Bucket with Low-ridge;
多孔低鼻坎消力戽混合流消能的应用研究
9.
The trajectory bucket is improved and optimized for suitable trajectory distance and small scouring.
泄洪洞挑流坎挑流消能时，当泄流量较小时，挑距较短。
10.
Experimental Studies on Aerator With Vertical Drop and Lateral Sudden Enlargement form for Three Grorges Project?s Outlets
三峡工程泄洪深孔突扩跌坎式掺气的试验研究
11.
3D FEM methods Analysis on Plate of Flood-Relief Sluice
泄洪闸有底坎折线型闸底板三维有限元研究
12.
Effects of Kanli Granule Decotion on Capacity of Endurance Exercise and Hemodynamics in Rats with Chronic Heart Failure
坎离颗粒对慢性心衰大鼠血流动力学和耐力型运动能力的影响
13.
The calculating method of the affected areas for atomization flow are proposed.
(3)提出了底流消能雾化流影响范围的计算方法。
14.
Effect of chute bottom slope on backwater in cavity of jet flow from chute aerator
泄槽底坡对掺气坎射流空腔积水的影响
15.
Application of new type flaring gate pier at Lidi hydropower project
新型坎式宽尾墩等在里底水电站中的应用研究
16.
The Hydraulic and Energy Dissipation Characteristics about the Stilling Basin with a Medium Bank for Small Hydraulics
小水电中坎消力池水力及消能特性研究
17.
Research on the Underset Energy Dissipation of the Release Works in Xianmi Hydropower Station;
仙米水电站泄水建筑物底流消能问题的研究
18.
The stilling basin base plate supports large impact pressure in the impacted area.
消能塘底板在射流冲击下,底板块在冲击区受到较大的冲击压力。