1) Pingban Hydropower Station
平班水电站
1.
On Sliding Form Operation Technology in Slope Project Construction in Pingban Hydropower Station;
平班水电站护坡工程混凝土滑模施工措施
2.
Construction Organization Design for Pingban Hydropower Station;
平班水电站施工组织设计
3.
Design Optimization for Hydraulic Structures at Pingban Hydropower Station;
平班水电站水工建筑物设计优化
2) Pingban Hydropower Plant
平班水电站
1.
Optimization of normal concrete mix proportion for left-bank gravity dam of Pingban Hydropower Plant;
平班水电站左岸重力坝常态混凝土配合比优化设计
2.
Crest drop flaring pier + bucket basin joint energy dissipation is adopted for the surface spillway of Pingban Hydropower Plant.
平班水电站溢流表孔的消能方式是在“Y型宽尾墩”的基础上,经过试验探索和模型验证,提出的适合于中等坝高、大单宽流量、下游水深浅等具体工程条件的新型消能工———“顶部跌流宽尾墩+戽式消力池”联合消能型式,工程实践证明,这种消能方式为缩短池长、改善流态及节省工程投资取得了明显的效果。
3) Banduo Hydropower Station
班多水电站
1.
Failure mechanism of No.1 toppling rock mass at left bank of Banduo Hydropower Station;
班多水电站左岸Ⅰ号倾倒体破坏机制分析
4) Pingban Hydropower Station
平班水电厂
1.
Small Disturbance Stability Test on Single Unit of Pingban Hydropower Station
平班水电厂单机小扰动稳定性试验研究
5) Banduo hydropower station of the Yellow River
黄河班多水电站
1.
Waste grassland is the main native ground type in the project of Banduo hydropower station of the Yellow River.
荒草地是黄河班多水电站工程区最主要的原生地面类型,阐明其产流过程,可为揭示与评价该工程区水土流失过程与强度奠定重要基础。
6) Duping hydropower station
都平水电站
补充资料：班多水电站
班多水电站 |
Pandoh Hydropower Station |
| 概 述 |
| 班多水电工程(又称比阿斯-萨特莱杰连接工程)位于印度喜马偕尔邦、印度河支流比阿斯(Beas)河上。工程主要为了灌溉、防洪和发电等综合效益。粘土心墙堆石坝，最大坝高76m，坝顶长411m，体积145.5万m3。水库总库容0.41亿m3，面积1.65km2。 |