The initiating activity and the affecting factors were investigated. The results show that the curing rate of the system of cycloaliphatic epoxide ERL-4221/[CpFeCp]BF_4 increases with the increase in the light intensity and the curing temperature.

• 通过考察[CpFeCp]BF4/环氧化合物光固化体系的固化活性及影响因素,发现其与脂环族环氧化合物ERL4221组成的光敏体系的光固化速度随着自然光照强度的增强和固化温度的提高,固化速度随之提高。