主要研究方向：生态水利学 通信联系人： 【收录情况】 中国科技论文在线： 付小莉
超饱和气体的联合生态调度方法和应用[EB/OL]
北京：中国科技论文在线
系统研究水电工程联合调度对超饱和气体的影响程度及影响因素
两相流模型; 联合调度 FU Xiaoli * （ School of Civil engineering,Tongji University, Shanghai 200092
） 摘要： 在水利枢纽之间实现有效调度来减少超饱和气体对鱼类的危害是操作方便又经济的生态调度新方法
对比分别利用改造泄洪建筑物结构和联合生态调度来降低其不利影响的效果
采用现场观测、经验公式和二维两相流模型模拟不同边界条件下超饱和气体浓度等方法
选取两个水电站工程引发的流域超饱和气体梯级效应为典型研究对象
） Abstract： the joint project operation of the dams is considered to be a convenient and economic way of decreasing the total dissolved gas(TDG), which is harmful to the fish downstream of the dams
The paper analyze the effects on the spillway deflector and joint operations based on the TDG mechanisms
The river TDG cascade effect caused by two hydropower stations was studied by using field observation, emperical formula and two phase numerical simulations of multiple operations
The results showed the combinations of the proper spillway deflector and joint operation can greatly improve the status of TDG along the rivers
Thus, the surviving conditions of fishes passing through the dams will benefit from this research
Keywords： enviromental hydraulics
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