通过对黑龙江省外墙外保温体系和自保温体系等新型建筑节能墙体施工后基墙及保温层内的相对湿度变化进行跟踪测试,总结出不同墙体内部的传湿过程、基墙及保温层干燥时间,以及墙体内湿度与环境变化的关系,为现场测试墙体热阻及建筑节能设计提供参考。 Through the follow-up test of the relative humidity changes in the basement wall and the insulation layer after the construction of the new type of building energy-saving wall such as exterior insulation system and self-insulation system in Heilongjiang Province, the moisture transfer process, the base wall and the insulation Layer drying time, as well as the relationship between the humidity inside the wall and the environment changes, providing reference for the field test wall thermal resistance and building energy-saving design.