目的 了解水基胶固化过程中水分散失的规律。方法 建立基于纸胶体系及烘干模式的固化时间测定方法，提出水基胶“有效固化”的概念，利用皮尔模型对水基胶干燥曲线进行拟合，并研究5种水基胶在不同干燥温度下的干燥曲线。结果 结果表明，皮尔模型可以较好地拟合水基胶的干燥曲线。固化率在80%~90%存在一个拐点，具体位置与干燥温度有关。当固化率达到70%时纸胶体系已基本完成黏合，对应的有效固化时间相对于完全固化时间可缩短74.60%~83.70%。在干燥温度一定时，不同水基胶的固化时间有一定的差异，其差异性主要表现在低温干燥区域。结论 综上所述，干燥温度一定时，低玻璃化转变温度、低粒径、高固含量、高黏度的水基胶的固化时间更短。

The work aims to understand the law of water loss during the curing process of water-based adhesives. The curing time measurement method based on the paper adhesive system and drying mode was established, and the "effective curing" concept of water-based adhesives was put forward. The drying curve of water-based adhesives was fitted with the Peel model, and the drying curves of five water-based adhesives at different drying temperature were studied. The results showed that the Peel model could better fit the drying curve of water-based adhesives. There was an inflection point in the curing rate between 80% and 90%, and the specific position was related to the drying temperature. When the curing rate reached 70%, the paper adhesive system basically completed the bonding, and the corresponding effective curing time could be shortened by 74.60%~83.70% compared with the complete curing time. At constant drying temperature, the curing time of different water-based adhesives was different, and the difference was mainly reflected in the low-temperature drying area. In summary, at constant drying temperature, the curing time of water-based adhesives with low glass transition temperature, small particle size, high solid content, and high viscosity is shorter.