摘要
滩坑水电站下游为国家一级保护水生动物鼋的保护区.采用剖面二维水温模型对滩坑水库下泄水温进行了模拟,然后采用一维非恒定水流水温数学模型对建库后滩坑电站下游鼋保护区内水温变化情况进行了预测,对比分析了平水年条件下,不同电站开机组数和不同电站取水口高程条件下水库下泄水温对坝下游河道鼋自然保护区鼋的影响.分析表明可抬高电站取水口高程使下泄水温与天然水温较为接近,以尽量减小由于发电而给下游河道生态造成的不利影响.
The downstream reach of Tankeng Hydropower Station is a key protection area of Pelochely bibroni. Vertical two-dimensional water temperature mathematical model was used to simulate the discharged water temperature of Tankeng Hydropower Station; and one-dimensional unsteady flow and water temperature mathematical model was used to forecast the changing water temperature along the downstream reach, where the Pelochely bibroni protection area was covered. Computed results indicate that it is needed to adjust the intake elevation to make the temperature of discharged water close to the nature water temperature.
出处
《武汉大学学报（工学版）》
CAS
CSCD
北大核心
2008年第1期40-44,共5页
Engineering Journal of Wuhan University
基金
国家重大基础研究计划973项目(编号:2003CB415203)
关键词
剖面二维
水温模型
下泄水温
一维模型
鼋
vertical two-dimensional
water temperature model
temperature of discharged water
one-dimensional model
Pelochely bibroni
