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在高坝洲水利枢纽纵向围堰和二期工程中采用ＲＣＣ施工，不仅能够简化施工导流措施、缩短工期，而且可以达到节省工程投资、提前发电的目的。为了便于ＲＣＣ施工，在结构设计上对纵向围堰及二期工程坝体作了相应的调整；在施工方案和施工工艺上也进行了优化，这些都为ＲＣＣ施工创造了条件。从已完成的纵向围堰ＲＣＣ施工的效果来看，施工质量和进度是良好的，在二期工程中，通过隔河岩水库调蓄施工期导流流量，并采取全断面薄层连续铺筑的施工方式，可以省去上游ＲＣＣ围堰，在后期直接利用坝体挡水发电，实现提前发电的目标。
The RCC construction in the longitudinal cofferdam and the second phase of the Gaobazhou Project not only simplifies the construction diversion measures and shortens the construction period, but also achieves the goal of saving project investment and generating electricity ahead of schedule. In order to facilitate the RCC construction, the longitudinal cofferdam and the second-phase dam have been adjusted accordingly in the structural design. Optimization has also been made in the construction scheme and construction technology, all of which have created the conditions for the RCC construction. From the completed longitudinal cofferdam RCC construction results, the construction quality and progress is good, in the second phase of the project, through the Geheyan reservoir storage diversion flow during the construction period, and take full-face continuous thin layer of paving Of the construction methods, you can save the upstream RCC cofferdam, dam directly in the late water retaining power generation to achieve the goal of generating electricity in advance.