1.
Study on Combined Energy Dissipator with X-Shape Flaring Gate Pier in Shatuo Hydropower Station;
沙沱水电站X型宽尾墩联合消能工的研究
2.
Application and understanding of flaring gate pier joint energy dissipater with low-middle water head
中低水头宽尾墩联合消能工的应用与认识
3.
Study test on combined energy dissipator of flaring pier and flip bucket
T型宽尾墩+消力戽(池)联合消能工试验研究
4.
Experimental Investigation on Energy Dissipation by Flaring Gate Piers on Spillways and Slit-Type Bucket on Bottom Level Outlets in High Arch Dams;
高拱坝表孔宽尾墩—深孔窄缝挑坎联合消能试验研究
5.
Test and Study of Influence of Length of a Flaring Pier Plunge Pool on Energy Dissipating Effect
宽尾墩消力池池长对消能效果影响的试验研究
6.
Skimming Flow Pressure Characteristics on Joint Energy Dissipation of Stepped Dam-face & Flaring Gate Piers
与宽尾墩联合使用的台阶面水流压强特性研究
7.
Research on Hydraulic Characteristics of Energy Dissipation with Flaring Gate Piers and Stilling Pool in Riverside Spillway
岸边溢洪道中宽尾墩—消力池消能的水力特性研究
8.
Aeration of skimming flow on stepped spillway combined with flaring gate piers
与宽尾墩联合使用的阶梯溢流面水流掺气问题研究
9.
The Construction Technology of the Dam Flaring Piers by Using Slip-forms of Jufudu Hydropower Project
居甫渡水电站大坝宽尾墩滑模施工技术
10.
Numerical Simulation on United System of Flaring Gate Peers, Stepped Spillway and Stilling Pool;
宽尾墩和阶梯溢流坝一体化数值模拟
11.
Research on Hydraulic Characteristics of Different Faring Gate Piers;
不同体型宽尾墩的水力特性比较研究
12.
Optimal experimental study on flaring piers of surface spillways in high arch dam
高拱坝表孔宽尾墩体型优化试验研究
13.
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）
14.
European Federation of Industrial Producers of Energy for Own Consumption
欧洲自身消费工业能源生产者联合会
15.
International Federation of Industrial Energy Consumers
国际工业能源消费者联合会
16.
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
17.
"The human appendix, usually 3-4 in. (8-10 cm) long and less than 0.5 in. (1.3 cm) wide, has no digestive function."
人类的阑尾长约3～4吋(8～10公分),宽不及0.5吋(1.3公分),没有消化功能。
18.
Practice and research on steam-oven gas combined drying process of E. grandis×E.urophylla
巨尾桉蒸汽—炉气联合干燥工艺的研究与应用