Development of Dental Restorative Materials Based on Visible Light-cured Multi-methacrylates |
Common terms and phrases
adhesion amalgams biocompatibility BisGMA control BisGMA/TEGDMA bisphenol bisphenol-A blends C₁ CH₂ chemical clinical components composite resins composite restorations compressive strength Creep Rates Culbertson BM cured cytotoxicity Dent dental composite resins dental composites dental materials dental resins dental restorative materials dentin diametral tensile strength different patients differential scanning calorimetry dimethacrylate DMAEMA double bonds DSC curve EEBPA EPBPA oligomers esterification evaluated experimental composites experimental EPBPA Experimental Oligomer EPBPA experimental resins fibroblasts Figure formulated gingival glass transition temperature Herculite XR higher hydrophobic improved mechanical properties methacrylate microfilled microleakage monomer multi-methacrylates Normalized cell count Oligomer/TEGDMA oral PBPA PEBPA photopolymerization polymer polymer discs posterior composite reactive diluent remaining double bonds resin composites resin matrix resin systems samples specimens TEGDMA thermal expansion coefficient Tiba tissue TMA curve unfilled resin unreacted monomer usage tests values visible light-curing VLC composites VLC resins water at 37 water sorption wear resistance wt:wt