Abstract
Cure studies of an epoxy resin (DGEBA) with diaminodiphenyl sulfone and p,p'-diaminoazobenzene as a reactive label. Corrected excitation spectra of the model cure products as well as a function of various cure products composition were simulated based on UV-vis absorption spectra and fluorescence quantum yields and were compared with the experimentally obtained excitation spectra of the model cure species and of the curing epoxy. Last, the experimental excitation spectra were analyzed to correlate with cure time and to estimate the composition of cure products as a function of cure time
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