Viguie G, Malquarti G, Vincent B, Bourgeois D
Claude-Bernard University, Faculty of Odontology, Lyon, France.
J Prosthet Dent. 1994 Sep;72(3):245-9. doi: 10.1016/0022-3913(94)90336-0.
Composite carbon/epoxy resin techniques for restorative dentistry have improved with the development of various composite resins classified according to fiber reinforcement, such as short fibers, woven materials, or long unidirectional fibers. This study of the mechanical properties with three-point flexion enabled comparison of the flexural strengths. The modulus of elasticity of different composite resin materials was determined so that the appropriate reinforced composite resin could be selected for specific clinical conditions.
随着根据纤维增强材料分类的各种复合树脂的发展，用于修复牙科的复合碳/环氧树脂技术得到了改进，例如短纤维、编织材料或长单向纤维。这项通过三点弯曲对机械性能进行的研究能够比较弯曲强度。测定了不同复合树脂材料的弹性模量，以便为特定临床情况选择合适的增强复合树脂。
