1) Xiaoshanba
小山坝
1.
The REE Geochemical Characteristics of the Xiaoshanba Bauxite Deposit,Guizhou;
贵州修文小山坝铝土矿中稀土元素地球化学特征
2) Baishan arch dam
白山拱坝
1.
Analysis on influence of cracks on cantilever beam at discharge orifice to structural safety at Baishan arch dam;
白山拱坝泄洪深孔悬臂体裂缝对结构安全影响分析
3) Zishan ash dam
紫山灰坝
1.
Crack treatment at the ash-ward face of Zishan ash dam;
灌浆技术在紫山灰坝迎灰坡裂缝处理中的应用
4) dam abutment mountain mass
坝肩山体
1.
The dam abutment mountain mass on both banks of the Xiaolangdi Water Control Project is characterized by an alternate distribution of permeable layer,water-carrying layer and relative water barrier layer,dipping downstream,with fractured tectonic development and serious unloading via upper weathering.
小浪底大坝两岸坝肩山体存在透(含)水岩层和相对隔水岩层交替层状分布、倾向下游、断裂构造发育、上部风化卸荷严重等特点,水库蓄水后两岸坝肩山体呈现出层状渗漏、带状渗漏和壳状渗漏的特性,针对渗漏特性采取了防渗处理措施,取得了明显效果。
5) Songshan dam
松山大坝
6) intermontane area
山间平坝
补充资料:德山坝
德山坝
Tokuyama Dam
概 述
德山坝位于日本岐阜县、木曾川水系(Kisogawa)揖斐川上。堆石坝,最大坝高161m,坝顶长440m,坝体积1467万m3。坝址控制流域面积254.5km2,水库面积1300hm2。水库总库容6.6亿m3,有效库容3.51亿m3。溢洪道最大泄量4200m3/s,电站最大装机容量42.8万kW。工程目的用于防洪、维持河道正常功能、城市供水、工业用水和发电。1971年开工,1985年完工。