从黄河干流大水库统筹考虑，大柳树更不可能比小观音增加有效补水量。
In consideration of regulation of the large reservoirs on the trunk Yellow River in a unified way, it is not possible to increase more effective discharge from Daliushu than from Xiaoguanyin.
胡海涛，罗国煜，许兵，等。黄河黑山峡河段大柳树坝址工程地质专题研究。
Han Wenfeng. Study on Important Engineering Geological Problems about Development of Heishan Gorge on the Yellow River. Beijing: Science Press, 2004.
这个问题的提出使得人们对大柳树复杂工程地质条件的认识有了一个质的飞跃。
It results in an essential leap in cognition process concerning complicated geological engineering conditions on Daliushu dam site.
西安理工大学对一级开发大柳树高土石坝洞群围岩稳定性、高边坡进行了分析研究。
The analytic study on stability and high slope of tunnel rock mass has been carried out by Xi 'an University of Science and Technology for one-stage development of Daluishu earth-rockfill dam.
通过实地勘测研究，建立了黄河黑山峡大柳树坝址区岩体的滑移—弯曲拉裂松动变形模式。
In this paper, based on the field investigation and analysis of Daliushu Dam located in Heishanxia Gorge, a part of the Yellow River, the sliding and bending deformation model is built up.
黄河大柳树水利枢纽坝区岩体大范围发生了松动，确定其水力学特性指标并进行渗流分析具有重要的现实意义。
It is of practical value to determine the hydraulic conductivity tensors of large-scale dynamo-relaxed rock masses at site of Daliushu dam on the Yellow River and to analyze the seepage field.
拟建的黄河大柳树水利工程对于黄河流域水土资源的有效利用和库区、灌区群众生存条件的改善具有重要的意义。
The Daliushu Dam on the upstream of Yellow river will play an important role in rational utilization of water and land resources and improving the survival conditions for local people.
拟建的黄河大柳树水利工程对于黄河流域水土资源的有效利用和库区、灌区群众生存条件的改善具有重要的意义。
The Daliushu Dam on the upstream of Yellow river will play an important role in rational utilization of water and land resources and improving the survival conditions for local people.
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