渔洞水库地区地震活动性和构造应力场分析

统计了渔洞水库的水位变化规律,分析了水库蓄水前后库区及其附近地区的地震活动性和构造应力场特征。结果表明,水库蓄水前后研究区地震活动的图像、强度和频次都没有明显变化;水库蓄水和水位变化对研究区构造应力场没有明显的影响。     

Hydrodynamic characteristics and sediment transport of a tidal river under influence of wading engineering groups

By taking the Yong River for example in this paper, based on the multiple measured data during 1957 to 2009, the change process of runoff, tide feature, tidal wave, tidal influx and sediment transport are analyzed. Then a mathematical model is used to reveal the influence mechanism on hydrodynamic characteristics and sediment transport of the wading engineering groups such as a tide gate, a breakwater, reservoirs, bridges and wharves, which were built in different periods. The results showed the hydrodynamic characteristics and sediment transport of the Yong River changed obviously due to the wading engineering groups. The tide gate induced deformation of the tidal wave, obvious reduction of the tidal influx and weakness of the tidal dynamic, decrease of the sediment yield of flood and ebb tide and channel deposition. The breakwater blocked estuarine entrances, resulting in the change of the tidal current and the reduction of the tidal influx in the estuarine area. The large-scale reservoirs gradually made the decrease of the Yong River runoff. The bridge and wharf groups took up cross-section areas, the cumulative affection of which caused the increase of tidal level in the tidal river.     

梯级水库运行期设计洪水理论和方法

人类活动和气候变化显著地改变了河川径流及洪水的时空分配过程，直接影响下游断面的设计洪水。本文综述水库对下游水文情势的影响，提出梯级水库运行期设计洪水理论方法和研究内容；重点探讨非一致性洪水频率分析和基于Copula函数的最可能地区洪水组成法，比较各种方法的实用性；推荐采用运行期设计洪水及汛控水位指导水库调度运行，建议进一步加强水库运行期设计洪水计算理论和方法研究。     

治理某水库山体滑坡的锚固工程技术

黑龙江省某中型水库，设计库容为2.5亿m~3，水库东北角岸边的山体存在一滑移面。1991年雨季，处于滑移面上部的部分山体发生滑坡，经水利勘测部门现场勘察后推断，在上述滑坡山体的右侧仍将产生大体积的山体滑坡，其下部为电站地下进水渠道闸门。为确保电站安全，决定对上述山体进行锚固，其施工工艺如下。     

沈岭坑小型水库三心双曲变截面拱坝的施工测量

一、工程概况： 沈岭坑水库枢纽主要水工建筑物有：三心双曲变截面拱坝、输水隧洞、坝后电站。三心双曲变截面拱坝最大坝高48．2米，溢流段坝高44．8米，坝顶弧长174．298米，坝底弧长55．769米，坝顶厚2．5米，坝底厚6．4米，坝底设计高程192米，最大库容930万立米，正常库容854万立米。