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过渡湾水电站根据大坝各部位对混凝土性能的不同设计要求，将大坝划分为６个区，分别对各区混凝土进行配合比设计及性能试验。为了充分利用当地材料资源，对当地水泥、磷渣掺合料。纸浆废液及砂石骨料等材料进行了品质鉴定。通过大量的混凝土性能试验，选择出满足大坝６个部位设计要求的合理混凝土配合比。在混凝土配合比设计中，对磷渣的掺量、大坝内部混凝土的绝热温升及纸浆废液的利用等进行了试验分析。
According to different design requirements of different parts of the dam for concrete performance, the Duliushuwan Hydropower Station divides the dam into 6 sections, and designs concrete mix tests and performance tests for each section of concrete. In order to make full use of local materials resources, the local cement, phosphorus slag admixture. Pulp waste and gravel aggregate and other materials were identified. Through a large number of concrete performance tests, choose to meet the design requirements of dam 6 parts reasonable mix of concrete. In the design of concrete mix ratio, the content of phosphorous slag, the concrete thermal insulation inside the dam and pulp waste utilization were analyzed.