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首页> 外文期刊>Dental Materials Journal >The quest for stable biomimetic repair of teeth: Technology of resin-bonded composites
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The quest for stable biomimetic repair of teeth: Technology of resin-bonded composites

机译:寻求稳定的仿生牙齿修复:树脂粘结复合材料技术

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The rationale leading to the present generation of resin composites is surveyed. There are many sub-classes such as flowable materials with specialized clinical indications. But a simplistic categorization of resin-composite materials is inappropriate. It is better to appreciate the factors that have driven recent developments. These include the search for low shrinkage composites and for greater depth of cure. Other necessary features are good handling behavior and sufficient strength for load-bearing situations. The esthetic challenge is for materials with superior and life-like optical properties and it is important to identify products that are good in every critical property. Nanotechnology has led to certain improvements, but the possibilities and limitations of nanoparticles must be appreciated. In all these developments, the structure and properties of the host tissues are a challenge and inspiration. Thus materials that can emulate the features of enamel and dentin are the goal of biomimetic design.
机译:调查了导致现代树脂复合材料发展的基本原理。有许多子类,例如具有特殊临床适应症的可流动材料。但是对树脂复合材料进行简单分类是不合适的。最好是了解驱动最近发展的因素。这些包括寻找低收缩率的复合材料和更大的固化深度。其他必要的特征是良好的处理性能和足够的强度以应对承重情况。美学上的挑战在于具有优异且栩栩如生的光学性能的材料,因此重要的是要鉴定出每种关键性能均优良的产品。纳米技术已经带来了某些改进,但是必须认识到纳米颗粒的可能性和局限性。在所有这些发展中,宿主组织的结构和特性是一个挑战和启发。因此,可以模仿搪瓷和牙本质特征的材料是仿生设计的目标。

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