[Physical properties of resins for veneer crown. (Part 2) Bending strength and retention force of opaque resins (author's transl)].

T Kashiwada
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Abstract

The retention force of 9 kinds of resins for veneer crown, physical properties and retention force of 7 kinds of opaque resins were determined. Retention force and their physical properties were closely related on resins for veneer crown, that is stronger and more tough resins have larger retention force. The opaque resins containing larger quantity of filler and hydrophilic monomers showed extra-ordinary young's modulus afteter drying. But young's modulus and strength decreased after immersed in water and thermal cycling and the retention force also decreased to the smallest level after immersed in water and thermal cycling. The hydrohobic opaque resins that have good coupling effect to filler showed large retention force even after immersed in water and thermal cycling in spite of large filler content. The opaque resins containing MMA with scanty filler showed large elongation and breaking strength and their retention force were also large after immersed in water and thermal cycling.

贴面冠用树脂的物理性质。(第二部分)不透明树脂的抗弯强度和保持力[作者简介]。
测定了9种冠用树脂的固位力,7种不透明树脂的物理性能和固位力。牙冠树脂的固位力与其物理性能密切相关,越强、越韧的树脂固位力越大。含有较多填料和亲水性单体的不透明树脂干燥后杨氏模量异常。但浸泡在水和热循环后杨氏模量和强度下降,保持力也下降到最小水平。与填料耦合良好的疏水不透明树脂,尽管填料含量大,但在水浸和热循环后仍有较大的保持力。含少填料MMA的不透明树脂在水浸和热循环后具有较大的伸长率和断裂强度,保持力也较大。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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