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水泥层厚度对聚羧酸锌水门汀粘结强度的影响。

Influence of cement layer thickness on the adhesive bond strength of polyalkenoate cements.

作者信息

Akinmade A O, Hill R G

机构信息

School of Materials Science and Physics, Thames Polytechnic, London, UK.

出版信息

Biomaterials. 1992;13(13):931-6. doi: 10.1016/0142-9612(92)90116-6.

Abstract

The fracture toughness and yield stress values of model zinc polycarboxylate and glass polyalkenoate cements have been used to calculate plastic zone sizes. The size of the plastic zone at the crack tip in these materials has been used to predict whether cement layer thickness is likely to influence the adhesive bond strength. In the model zinc polycarboxylate cement studied, the plastic zone size was comparable to the cement layer thickness and had a pronounced influence on the shear bond strengths obtained. In contrast, the plastic zone sizes obtained for the glass polyalkenoate cements were much smaller and the shear bond strengths were found to be much less dependent on cement layer thickness.

摘要

已使用模型聚羧酸锌水泥和玻璃聚链烯酸酯水泥的断裂韧性和屈服应力值来计算塑性区尺寸。这些材料中裂纹尖端处塑性区的大小已用于预测水泥层厚度是否可能影响粘结强度。在所研究的模型聚羧酸锌水泥中,塑性区尺寸与水泥层厚度相当,并且对所获得的剪切粘结强度有显著影响。相比之下,玻璃聚链烯酸酯水泥的塑性区尺寸要小得多,并且发现剪切粘结强度对水泥层厚度的依赖性要小得多。

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