1991
DOI: 10.1002/actp.1991.010421203
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Untersuchungen an photopolymerisierten Dimethacrylaten

Abstract: Die photoinitiierte Polymerisation von Dimethacrylaten mit den Initiatorsystemen Campherchinon/Dimethyl‐p‐toluidin sowie Phenanthrenchinon/Dibenzoylperoxid führt zu Produkten, die noch relativ hohe Anteile nicht umgesetzter Doppelbindungen und Restmonomere enthalten. Der Restmonomergehalt beeinflußt die Eigenschaften der Polymere. Dieser Effekt und die möglichen thermischen Nachreaktionen werden mittels DSC und thermomechanischen Messungen nachgewiesen.

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“…However, postpolymerization is apparently observed for this Sn +2 /EDTA initiator system of DMAEM‐MC polymerization. Postpolymerization of acrylate monomers often exists in photo‐initiated polymerization30–32 and radiation‐initiated polymerization33–37 because of the residual photoinitiator and radiation energy, respectively. Unfortunately, only a few studies concerning the postpolymerization of electropolymerization have been published; for examples, methyl methacrylate38 and acrylamide39 in mass amounts of organic acid and ZnCl 2 solution, respectively.…”
Section: Introductionmentioning
confidence: 99%
“…However, postpolymerization is apparently observed for this Sn +2 /EDTA initiator system of DMAEM‐MC polymerization. Postpolymerization of acrylate monomers often exists in photo‐initiated polymerization30–32 and radiation‐initiated polymerization33–37 because of the residual photoinitiator and radiation energy, respectively. Unfortunately, only a few studies concerning the postpolymerization of electropolymerization have been published; for examples, methyl methacrylate38 and acrylamide39 in mass amounts of organic acid and ZnCl 2 solution, respectively.…”
Section: Introductionmentioning
confidence: 99%