Jerolimov V, Brooks S C, Huggett R, Bates J F
Dent Mater. 1989 Jan;5(1):18-22. doi: 10.1016/0109-5641(89)90086-9.
A rapid-cure polymerization of cure, including a terminal boil, with respect to transparency, residual monomer, mechanical properties, and generation of gaseous porosity. It was found that in order for porosity-free resin to be produced during rapid curing, a low concentration (approximately 0.26%) of benzoyl peroxide initiator in the powder component is vital, and a very small concentration (approximately 0.025%) of the chemical activator dimethyl-p-toluidine in the monomer component is an advantage. Mechanical properties were only influenced where substantial porosity existed, but it was recognized that a material "tailor-made" for rapid curing would be most welcome.
就透明度、残留单体、机械性能和气态孔隙的产生而言，快速固化聚合反应，包括最终沸腾。结果发现，为了在快速固化过程中生产无孔隙树脂，粉末组分中低浓度（约0.26%）的过氧化苯甲酰引发剂至关重要，而单体组分中极低浓度（约0.025%）的化学活化剂二甲基对甲苯胺则是一个优势。只有在存在大量孔隙的情况下，机械性能才会受到影响，但人们认识到，一种为快速固化“量身定制”的材料将非常受欢迎。
