initiators the cure exotherm was 295 j g this result shows that co cure of oxazoline compounds and acrylate compounds does occur the bisoxazoline compound from example 1 by itself revealed a cure peak at 200 u00b0 c and a small exotherm of 30 j g similarly the cure of acrylate compound iv by itself occurred at above 200 u00b0 c it was also found that composition d exhibited longer pot life than composition e no gelation was observed in composition d at ambient temperature after one month in composition e compound i was employed as a nucleophilic monomer and compound iv was employed as an electrophilic monomer in a stoichiometric mixture i e one equivalent of oxazoline monomer per acrylate equivalent the radical initiator was trigonox 23 from akzo nobel a dsc thermogram showed temperatures for cure onset of 63 u00b0 c and cure peak of 76 u00b0 c in the presence of a radical polymerization initiator the cure exotherm was 322 j g this result shows that co cure of oxazoline compounds and acrylate compounds can be accelerated by radical initiators in composition f compound i was employed as a nucleophilic monomer and compound iv was employed as an electrophilic monomer in a stoichiometric mixture i e one equivalent of oxazoline monomer per acrylate equivalent methyl p toluenesulfonate a cationic initiator from aldrich was used as a catalyst a dsc thermogram showed temperatures for cure onset of 112 u00b0 c and cure peak of 139 u00b0 c in the presence of a cationic polymerization initiator the cure exotherm was 179 j g the differential scanning calorimeter thermogram.