Dibenzazepine derivatives were added to epoxy resin (bisphenol A diglycidyl ether, DGEBA). DSC analyses showed that DGEBA could be cured by the addition of secondary and tertiary alkylamine-type compounds, but not by the addition of an N-butoxycarbonyl substituted compound. Curing of the cast film and the adhesion of glass substrates by a dibenzazepine-containing polymers/DGEBA mixture was also observed. Therefore, the fluorescence spectra of dibenzazepine-containing polymers in DGEBA were compared. When the polymer was blended with DGEBA and the mixture was heated, the fluorescent λ_max changed. This spectral change depended on the substituent of the polymer. This fluorescent behavior suggests that the polymers are likely to be monitoring agents for curing and adhesion.

将二苯并氮杂衍生物添加到环氧树脂（双酚 A 二缩水甘油醚，DGEBA）中。DSC 分析表明 DGEBA 可以通过添加仲和叔烷基胺类化合物来固化，但不能通过添加N-丁氧基羰基取代的化合物来固化。还观察到含二苯并氮杂的聚合物/DGEBA混合物对流延膜的固化和玻璃基材的粘附。因此，比较了 DGEBA 中含二苯并氮杂聚合物的荧光光谱。当聚合物与 DGEBA 混合并加热混合物时，荧光 λ _max发生变化。这种光谱变化取决于聚合物的取代基。这种荧光行为表明聚合物可能是固化和粘附的监测剂。