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对混凝土继续进行养护是确保混凝土质量和性能的重要方式,其养护的水平直接决定了混凝土能否正常应用到建筑工程中。在当前的建筑工程施工中,必须要采取合理的养护技术对混凝土进行养护,从而才能够确保混凝土的质量和性能。混凝土的养护工作就是为混凝土水泥水化和混凝土凝固提供条件,而在养护工作中包括时间和温度以及湿度这三个方面。因此在建筑工程施工中,为了确保混凝土能够在限定的时间内达到与相应的性能指标,就必须要采取科学有效的养护技术。在混凝土浇捣过后,混凝土能慢慢地凝结硬化,完全是因为混凝土中水泥的水化作用,从而使得混凝土逐渐硬化,然而水化作用则必须在湿度的比较稳定的条件下。因此对建筑工程施工中混凝土的养护技术进行分析研究不仅意义重大,而且迫在眉睫。现通过对混凝土养护的深入研究,然后对建筑过程中混凝土的养护技术进行了详细阐述,以供同行参考。
Continued conservation of concrete is an important way to ensure the quality and performance of concrete, the level of conservation directly determines the concrete can be applied to the normal construction. In the current construction of the project, the concrete must be protected by proper curing technology so as to ensure the quality and performance of the concrete. Concrete conservation work is to provide concrete cement hydration and concrete coagulation conditions, and in conservation work, including time and temperature and humidity in these three areas. Therefore, in the construction of the construction, in order to ensure that concrete can reach the corresponding performance targets in a limited time, it is necessary to adopt a scientific and effective conservation techniques. After pouring the concrete, the concrete can slowly solidify and harden completely because of the hydration of the cement in the concrete, so that the concrete gradually hardens. However, the hydration must be under relatively stable humidity. Therefore, the analysis of the concrete curing technology in the construction of the building is not only significant but also extremely urgent. Through the concrete conservation in-depth study, and then the construction of concrete curing technology for a detailed exposition for peer reference.