1) Jiulong valley hydropower station
九龙溪谷水电站
1.
On the basis of geologic background and rock-mechnics surroundings of Meipu accumulation body in Jiulong valley hydropower station of Sichuan,following the thought of geological qualitative analysis and quantitative evaluation,the stability of slope is evaluated by using finite element method,limit equilibrium method(Morgenstern-Price method,uneven thrust transfer coefficient method)etc.
在充分调研和综合分析研究四川九龙溪谷水电站梅铺堆积体地质背景和岩体力学环境条件的基础上,遵循地质定性分析与定量评价相结合的评价思路,采用有限元法、极限平衡法(Morgenstern-Price法和不平衡推力传递系数法)等方法对斜坡稳定性进行了评价,并且得出了结论。
2) Jiuzixi Hydropower Station
九子溪水电站
1.
The new runner has operated in Jiuzixi Hydropower Station for four years without repairing.
该转轮已在九子溪水电站运行了4年半时间,未进行过磨蚀修复,机组还增容15。
3) Qingxi Hydropower Plant
清溪水电站
1.
Construction Organization and Utilization of excavated Waste in Qingxi Hydropower Plant;
清溪水电站施工组织与开挖弃碴利用
4) Zhexi Hydropower Station
柘溪水电站
1.
Slope Deformation Analysis of Switch Station of Zhexi Hydropower Station;
柘溪水电站开关站边坡变形分析
5) Beixi Hydropower Station
北溪水电站
1.
Application of H9000 Computer Supervisory Control System to Beixi Hydropower Station;
H9000计算机监控系统在北溪水电站的应用
6) Panxi Hydropower Station
盘溪水电站
1.
In order to study its impacts to the dam safety and judge the harmful erosion on concrete due to surrounding water quality, we test and study the water quality and sludges of Guanyinshan Reservoir and the reservoir for Panxi Hydropower Station and sum up the causes of sludges and the effects on the dam caused by its different composit.
在我国已建成并运行多年的许多大坝坝内廊道或基础廊道的排水孔和水沟中均发现有地下水析出物,为研究其对大坝安全的影响、判断环境水质是否对混凝土存在有害性侵蚀,对观音山水库和盘溪水电站水库水质和析出物进行了试验研究,总结了析出物的成因和各成分对大坝的影响,为评价大坝的安全性提供了依据。
补充资料：德邱溪谷
坐落在蔚珍郡北面的德邱溪谷与佛影寺溪谷齐名，是蔚珍两大溪谷之一。德邱溪谷虽不像佛影寺溪谷那样广为人知，但是这里茂盛的原始森林，雄伟的溪谷，毫不逊色于佛影寺溪谷。德邱溪谷位于海拔998.5米的应峰山上，全长两公里。溪谷中有仙女塘、玉流台、武陵、兄弟瀑布等多处景观，周围到处是茂盛繁密的原始森林。1983年，德邱溪谷周边一带被指定为郡立公园。
德邱溪谷的德邱温泉，水波连连，风景绮丽，可称得上这一带的一大绝景。位于溪谷中间地带的龙沼瀑布，就像一条长龙蜿蜒在山谷中，瀑布从空中飞流直下，十分壮观。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条